An Ecosystem is a geographic area where plants, animals, and other organisms, as well as weather and landscapes, work together to form a bubble of life. Ecosystems are dynamic entities—they are subject to periodic disturbances and are always in the process of recovering from some past disturbance. The tendency of an ecosystem to remain close to its equilibrium state, despite that disturbance, is termed its resistance. The capacity of a system to absorb disturbance and reorganize while undergoing change so as to retain essentially the same function, structure, identity, and feedback is termed its ecological resilience. Ecosystems can be studied through a variety of approaches—theoretical studies, studies monitoring specific ecosystems over long periods of time, those that look at differences between ecosystems to elucidate how they work and direct manipulative experimentation. Biomes are general classes or categories of ecosystems. Ecosystems are controlled by external and internal factors. External factors such as climate, parent material which forms the soil and topography, control the overall structure of an ecosystem but are not themselves influenced by the ecosystem. Internal factors are controlled, for example, by decomposition, root competition, shading, disturbance, succession, and the types of species present. While the resource inputs are generally controlled by external processes, the availability of these resources within the ecosystem is controlled by internal factors. Therefore, internal factors not only control ecosystem processes but are also controlled by them.
The structure of an ecosystem consists of two major components:
Biotic Components – It can be described as any living component that affects another organism or shapes the ecosystem. This includes both animals that consume other organisms within their ecosystem, and the organism that is being consumed. Biotic factors also include human influence, pathogens, and disease outbreaks. Each biotic factor needs a proper amount of energy and nutrition to function healthily.
Biotic components are typically sorted into three main categories:
Producers, otherwise known as Autotrophs, convert energy (through the process of photosynthesis) into food.
Consumers, otherwise known as Heterotrophs, depend upon producers (and occasionally other consumers) for food.
Decomposers, otherwise known as Detritivores, break down chemicals from producers and consumers (usually antibiotic) into simpler form which can be reused.
Abiotic components – This are non-living chemical and physical parts of the environment that affect living organisms and the functioning of ecosystems. Abiotic factors and the phenomena associated with them underpin biology as a whole. They effect a plethora of species, in all forms of environmental conditions such as marine or land animals. We humans can make or change abiotic factors in a species’ environment. For instance, fertilizers can effect a snail’s habitat, or the greenhouse gases which humans utilize can change marine pH levels.
Types of Ecosystems
The four types of ecosystems are Terrestrial, Freshwater, Marine, and Artificial ecosystems.
Terrestrial ecosystem – A terrestrial ecosystem is a land-based community of organisms and the interactions of biotic and abiotic components in a given area. Examples of terrestrial ecosystems include the tundra, taigas, temperate deciduous forests, tropical rainforests, grasslands, and deserts.
A Forest ecosystem is one that consists of various plants, particularly trees. Because of the abundance of plants that serve as producers, this ecosystem abounds in life. Not only plants but also animals are teeming in a forest. They are also a great source of fruits, wood, They also help maintain the earth’s temperature. They are also a major carbon sink.
Grassland ecosystems are typically found in tropical or temperate regions. They are dominated by grasses. As such, the animals commonly found in this type of ecosystem are grazing animals, such as cattle, goats, and deer.
Tundra ecosystems are characterized as being treeless and snow-covered. The snow melts briefly in spring and summer, producing shallow ponds. During this time, lichens and flowering plants typically grow. Because of the ice that covers the land in the tundra, this type of ecosystem is important in regulating the earth’s temperature. It also serves as a water reservoir (in the form of ice or frost).
Desert ecosystems are the ones occurring in desert habitats. Deserts are typically arid and windy. Some of them contain sand dunes, others, mostly rock. Organisms in the desert are not as diverse as those in forests but they possess adaptations that make them suited to their environment. Plants that are commonly found in the desert are CAM plants, such as cacti. Desert animals include insects, reptiles, and birds.
Freshwater ecosystems – Freshwater ecosystems are a subset of Earth’s aquatic ecosystems. They include lakes, ponds, rivers, streams, springs, bogs, and wetlands.They can be contrasted with marine ecosystems, which have a larger salt content.
Lentic ecosystem – A lentic ecosystem refers to ecosystems in still waters. Examples include the following: ponds, puddles, and lakes. Lakes, in particular, may form zonation. That is when it becomes very well established that different zones are formed. These zones are as follows: littoral, limnetic, and profundal. The littoral zone is the part that is near the shore. Here, light can penetrate up to the bottom. The limnetic zone is the zone in which light does not completely penetrate through. The part of the limnetic zone that is penetrated by light is the photic zone whereas the zone in which light cannot penetrate through, and therefore is dark, is the benthic zone. The plants and animals vary in these zones. For instance, rooted plants are found in the littoral zone but not in the limnetic zone. Rather, freely-floating plants are the ones commonly seen on the surface of the limnetic zone.
Lotic ecosystem – A lotic ecosystem is an aquatic ecosystem characterized by a freshwater habitat that is freely flowing. That is as opposed to the lentic that is nearly stationary. Examples include rivers and streams. Many plants and animals in these ecosystems have adaptations to help them cope with the force and the different conditions that running water brings.
Marine ecosystem – Marine ecosystems are aquatic environments with high levels of dissolved salt. These include the open ocean, the deep-sea ocean, and coastal marine ecosystems, each of which have different physical and biological characteristics. The ocean ecosystems, in particular, are an important source of atmospheric oxygen due to the vast population of autotrophic algae that release oxygen through photosynthesis. Marine ecosystems are regarded as the most abundant type of ecosystem in the world.
Artificial ecosystem – An artificial ecosystem is not self-sustaining, and the ecosystem would perish without human assistance. For example, a farm is an artificial ecosystem that consists of plants and species outside their natural habitat. Many man-made ecosystems are built for conservation purposes, aesthetics, and for studying biology and ecology.
Ecosystems provides a variety of goods and services upon which people depend. Ecosystem goods include the “tangible, material products” of ecosystem processes such as water, food, fuel, construction material, and medicinal plants. Ecosystem services, on the other hand, are generally “improvements in the condition or location of things of value”. These include things like the maintenance of hydrological cycles, cleaning air and water, the maintenance of oxygen in the atmosphere, crop pollination and even things like beauty, inspiration and opportunities for research.Thus the ecosystems are the integral part of our Earth. They bind the fauna & flora all together in the same environment to co-exist and thus being one dependable to the other. Our purpose is to look after our Mother Earth and therefore to preserve her so that she can be as perennial as forever.
The Ganges River, also known as the Ganga River, is a transboundary river that flows through India and Bangladesh. The river emerges in the western Himalayas in Uttarakhand and flows down across Northern India into Bangladesh, where it empties itself into the Bay of Bengal. It is the longest river in India and flows for around 2,525 km, and has the second greatest water discharge in the world. Its basin is heavily populated, with 400 million people living in it. Nearly 80% of the Ganges river basin is in India, and the rest is in Nepal, China and Bangladesh.
Humans have inhabited The Ganges river basin since ancient times. The first people in the region were of the Harappan civilization. They moved into the Ganges River basin from the Indus River basin around the 2nd millennium BCE. Later, the Gangetic Plain became the center of the Maurya Empire and then the Mughal Empire. The first European traveler to mention the Ganges was the Greek envoy Megasthenes in his work ‘Indica’.
The headwaters of the Ganges River begin high in the Himalayan Mountains, where the Bhagirathi River flows out of the Gangotri Glacier in India’s Uttarakhand state. The glacier sits at an elevation of 12,769 feet (3,892 m). The Ganges River proper begins farther downstream, where the Bhagirathi and Alaknanda rivers join.
The Ganges River emerges from the Himalayas at Rishikesh and begins to flow onto the Indo-Gangetic Plain. Also known as the North Indian River Plain, it makes up most of the northern and eastern partsof India, parts of Pakistan, Nepal, and Bangladesh. In addition to entering the Indo-Gangetic Plain, part of the Ganges River is diverted towards the Ganges Canal for irrigation in the Uttar Pradesh state.
As the Ganges River then flows farther downstream, it changes direction several times, joined by many other tributary rivers such as the Ramganga, Tamsa, and Gandaki Rivers, to name a few. There are also several cities and towns that the Ganges River passes through on its way downstream. Some of these include Chunar, Kolkata, Mirzapur, and Varanasi. Many Hindus visit the Ganges River in Varanasi as that city is considered the holiest of cities.
Once the Ganges River flows out of India into Bangladesh, its main branch is the Padma River. The Padma River is joined downstream by large rivers like the Jamuna and Meghna rivers. After joining the Meghna, it takes on that name before flowing into the Bay of Bengal. Before entering the Bay of Bengal, the river creates the world’s largest delta, Ganges Delta. This region is a highly fertile sediment-laden area that covers 23,000 square miles (59,000 sq km).
The course of the Ganges River described above is a general description of the river’s route from its source where the Bhagirathi and Alaknanda rivers join to its outlet at the Bay of Bengal. The Ganges has very complicated hydrology, and there are several different descriptions of its overall length and the size of its drainage basin based on the included tributary rivers.
The Ganges is a sacred river to the Hindus and worshipped as goddess Ganga Ma or “Mother Ganges.” According to Hindu mythology, the goddess Ganga descended from heaven to dwell in the waters of the Ganges River to protect, purify and bring to heaven those who touch it. Hindus visit the river daily to offer flowers and food to Ganga. They also drink the water and bathe in the river to cleanse and purify their sins. Hindus consider the waters of the Ganges to be pure and purifying. Regardless of scientific understanding of its waters, the river is ritually and symbolically vital in Hindu culture.
In Hindu tradition, the Ganges flows in heaven, earth, and the netherworld, and thus is a ‘tirtha’, a crossing point between heaven and earth. At a ‘tirtha’, prayers and offerings are thought most likely to reach the gods and, in the other direction, blessings can descend most readily from heaven. Hindus believe that upon death, the waters of the Ganges River will help them reach the World of the Ancestors.
The Ganges River provides water to about 40% of India’s population across 11 states. The fertile soil of the Ganges Basin is instrumental to the agricultural economies of India and Bangladesh. The Ganges and its tributaries provide a perennial source of irrigation to a large area. Chief crops cultivated include rice, sugarcane, lentils, oilseeds, potatoes, and wheat. The swamps and lakes along the riverbank provide a rich growing area for crops such as legumes, chillies, mustard, sesame, sugarcane, and jute. There are also many fishing opportunities along the river, though it remains highly polluted.
The three towns holy to Hinduism — Haridwar, Allahabad (Prayagraj), and Varanasi attract millions of pilgrims to its waters to take a dip in the Ganges. Varanasi, Haridwar, Gangotri, Allahabad, and Rishikesh are the prime destinations that have great religious significance for Hindu devotees. Allahabad and Haridwar are renowned for organizing Kumbh Mela, a grand religious fair, and Haridwar is known as the “Gateway to Heaven.”
The Ganges suffers from extreme pollution and is the fifth most polluted river in the world. Industrial and human activities of the 400 million people living near the river contribute majorly to the state of the river. Sewage dumped from cities along the river’s course, industrial waste, and religious offerings wrapped in non-degradable plastics add large amounts of pollutants to the river as it flows through densely populated areas. There are many tanneries, chemical plants, textile mills, distilleries and slaughterhouses along the river and many of them dump their untreated and often toxic waste into the river. Furthermore, people who rely on the river daily for bathing, cooking, and washing their laundry have worsened the situation. Varanasi, where many pilgrims visit to take a “holy dip” in the Ganges, releases around 200 million liters of untreated human sewage into the river each day. It has led to large concentrations of fecal coliform bacteria, at least 3,000 times higher than what is established by the World Health Organization as safe. The water of the Ganges has been tested to contain high levels of things like chromium sulfate, arsenic, cadmium, mercury and sulfuric acid.
The Ganga Action Plan: (GAP)
In 1985, the government of India launched an environmental initiative, the Ganga Action Plan to clean up the river in selected areas by installing sewage treatment plants and threatening fines and litigation against industries that pollute. It was “the largest single attempt to clean up a polluted river anywhere in the world.” The initiative was a failure, owing to corruption, a lack of will in the government, poor technical expertise, environmental planning, and lack of support from religious authorities.
National Ganga River Basin Authority (NGRBA)
National Ganga River Basin Authority is the financing, planning, implementing, monitoring and coordinating authority for the Ganges River, established by the Central Government of India. It declared the Ganges as the “National River” of India.
Namami Gange Programme:
In the budget tabled in Parliament on 10 July 2014, the Union Finance Minister Arun Jaitley announced an integrated Ganges development project titled ‘Namami Gange’. As a part of the program, the government of India ordered the shut down of 48 industrial units around the Ganges. Significantly the approach is underpinned by socio-economic benefits that the program is expected to deliver in terms of job creation, improved livelihoods and health benefits to the vast population that is dependent on the river.
Exercise is any bodily activity that enhances or maintains physical fitness and overall health and wellness. It is performed for various reasons, to aid growth and improve strength, prevent aging, develop muscles and the cardiovascular system, hone athletic skills, weight loss or maintenance, improve health, or simply for enjoyment. Many individuals choose to exercise outdoors where they can congregate in groups, socialize, and improve well-being as well as mental health. In terms of health benefits, the amount of recommended exercise depends upon the goal, the type of exercise, and the age of the person. Even doing a small amount of exercise is healthier than doing none.
Classification of Exercises
Aerobic exercise is any physical activity that uses large muscle groups and causes the body to use more oxygen than it would while resting.
The goal of aerobic exercise is to increase cardiovascular endurance.
Examples of aerobic exercise include running, cycling, swimming, brisk walking, skipping rope, rowing, hiking, dancing, playing tennis, continuous training, and long distance running.
Aerobic exercise provides the following benefits:
Improves muscle strength in the lungs, heart, and whole body.
Lowers blood pressure.
Improves circulation and blood flow in the muscles.
Increases the red blood cell count to enhance oxygen transportation.
Reduces the risk of diabetes, stroke, and cardiovascular disease (CVD).
Improves life expectancy and symptoms for people with coronary artery diseases.
Stimulates bone growth and reduces the risk of osteoporosis when at high intensity.
Improves sleep hygiene.
Enhances stamina by increasing the body’s ability to store energy molecules, such as fats and carbohydrates, within muscle.
Anaerobic exercise, which includes strength and resistance training, can firm, strengthen, and increase muscle mass, as well as improve bone density, balance, and coordination.
Examples of strength exercises are push-ups, pull-ups, lunges, squats, bench press.
Anaerobic exercise also includes weight training, functional training, eccentric training, interval training, sprinting, and high-intensity interval training which increase short-term muscle strength.
Flexibility exercises stretch and lengthen muscles.
Activities such as stretching help to improve joint flexibility and keep muscles limber.
The goal is to improve the range of motion which can reduce the chance of injury.
Benefits of Regular Exercising
Exercise has been shown to improve your mood and decrease feelings of depression, anxiety, and stress. It produces changes in the parts of the brain that regulate stress and anxiety. It can also increase brain sensitivity for the hormones serotonin and norepinephrine, which relieve feelings of depression Additionally, exercise can increase the production of endorphins, which are known to help produce positive feelings and reduce the perception of pain. Furthermore, exercise has been shown to reduce stress and improve symptoms of anxiety.
Your body spends energy in three ways: Digesting food, Exercising, Maintaining body functions like your heartbeat and breathing. While dieting, a reduced calorie intake will lower your metabolic rate, which can delay weight loss. On the contrary, regular exercise has been shown to increase your metabolic rate, which can burn more calories to help you lose weight. Additionally, studies have shown that combining aerobic exercise with resistance training can maximize fat loss and muscle mass maintenance, which is essential for keeping the weight off.
Exercise plays a vital role in building and maintaining strong muscles and bones. Activities like weightlifting can stimulate muscle building when paired with adequate protein intake. This is because exercise helps release hormones that promote the ability of your muscles to absorb amino acids. This helps them grow and reduces their breakdown.
Exercise can be a real energy booster for many people, including those with various medical conditions. One older study found that 6 weeks of regular exercise reduced feelings of fatigue for 36 people who had reported persistent fatigue. Furthermore, exercise can significantly increase energy levels for people with chronic fatigue syndrome (CFS) and other serious illnesses.
Your skin can be affected by the amount of oxidative stress in your body. Oxidative stress occurs when the body’s antioxidant defenses cannot completely repair the cell damage caused by compounds known as free radicals. This can damage the structure of the cells and negatively impact your skin.
Proper nutrition is as important to health as exercise. When exercising, it becomes even more important to have a good diet to ensure that the body has the correct ratio of macro-nutrients while providing ample micro-nutrients, in order to aid the body with the recovery process following strenuous exercise. Active recovery is recommended after participating in physical exercise because it removes lactate from the blood more quickly than inactive recovery. Removing lactate from circulation allows for an easy decline in body temperature, which can also benefit the immune system, as an individual may be vulnerable to minor illnesses if the body temperature drops too abruptly after physical exercise. Exercise has an effect on appetite, but whether it increases or decreases appetite varies from individual to individual, and is affected by the intensity and duration of the exercise. Thus, Physical exercise is important for maintaining physical fitness and can contribute to maintaining a healthy weight, regulating the digestive system, building and maintaining healthy bone density, muscle strength, and joint mobility, promoting physiological well-being, reducing surgical risks, and strengthening the immune system that will lead to the increase of life expectancy and the overall quality of life.
The whole process of making art aesthetically appealing lies in the technique of editing visuals. Video editing covers the whole process of re-arrangement and modification of the video.
What is the job of a Video Editor ?
A video & film editor’s job is to take videotapes to produce a single refined piece of video. Today, video editorsare considered to be the backbone of any post-production process. The key responsibility of a video editor is to edit any visual media form, like soundtracks, film, and videos for the cable and broadcast visual media industries. Gone are the days of Linear Editing (Tape to tape), today new technology is used to edit the media.
Non-linear editing or Digital Video Editing is the buzzword in today’s digital world. Digital video editing makes use of computer technology to facilitate the whole editing process onscreen. With the Indian cinema and entertainment industry crossing all geographical boundaries, a video editing career has surely emerged as a lucrative option to many Indian youngsters.
Film editing courses will help you understand the nuances of cutting and editing videos. This is done through hands-on, practical training.
Video Editing Eligibility Criteria
There is no formal educational qualification required to enter into this profession. All one needs is training in the computer systems and programs used in digital video/film editing and interest in editing visual media.
For doing specialized courses from reputed institutes like Film and Television Institute of India, Pune, candidates must possess the qualification prescribed by the respective institutes/ colleges. In general, Digital video editors often have a bachelor’s or a master’s degree in animation or media arts.
Video Editing Personal Skills
Being Imaginative and techno-savvy are essential for this profession. You simply cannot become a good video editor if you do not have a flair for the creative. You also need to have a sharp eye for detail, an analytical mind, and the ability to work in a team.
A video editing career requires being abreast with the latest technological developments happening in his/her profession as newer technologies are being introduced quite regularly.
Video Editing Job Prospects
Besides media houses, large film studios, electronic news channel groups, one can also find wide-ranging opportunities in various production houses scattered all across the country.
The increased popularity of online video clips has also resulted in a large number of job opportunities for competent video editors.
Video Editing Salary
Initially, one can earn a salary between Rs. 5,000 to Rs. 10,000 per month. With some years of experience and expertise gained in video editing, a video editor‘s career is on the smooth track with a high pay package and other benefits.
A creative and experienced video editor working for a large studio can earn a salary of anywhere between Rs. 25, 000 to Rs. 75,000 per month. One can also have the liberty to work as a freelance in a firm where he could be paid on an hourly basis.
The state of being extremely poor is known as poverty. The most widely held and understood definition of absolute poverty measures poverty strictly in economic terms earning less than 142 Rupees a day. Poverty can have diverse social, economic, and political causes and effects. Social forces, such as a gender, disability or race or ethnicity, can exacerbate issues of poverty with women, children and minorities frequently bearing unequal burdens of poverty. Moreover, impoverished individuals are more vulnerable to the effects of other social issues, such as the environmental effects of industry or the impacts of climate change or other natural disasters or extreme weather events. Poverty can also make other social problems worse, economic pressures on impoverished communities frequently play a part in deforestation, biodiversity loss and ethnic conflicts.
Poverty Impacts children, families and individuals in a variety of different ways through:
High infant mortality
Lack of education
The High Infant Mortality Rate – Infant mortality is the death of young children under the age of 1. This death toll is measured by the infant mortality rate (IMR), which is the probability of deaths of children under one year of age per 1000 live births.
Causes of infant mortality directly lead to the death.
Environmental and social barriers prevent access to basic medical resources and thus contribute to an increasing infant mortality rate; 99% of infant deaths occur in developing countries, and 86% of these deaths are due to infections, premature births, complications during delivery, and perinatal asphyxia and birth injuries.
Greatest percentage reduction of infant mortality occurs in countries that already have low rates of infant mortality.
Common causes are preventable with low-cost measures. Pneumonia, malaria and diarrheal diseases as well as chronic malnutrition are the most frequent causes of death.
Malnutrition – Malnutrition occurs when the body doesn’t get enough nutrients. Causes include a poor diet, digestive conditions or another disease. Symptoms are fatigue, dizziness and weight loss. Untreated malnutrition can cause physical or mental disability.
The term malnutrition covers two broad groups of conditions. One is ‘under-nutrition’ which includes stunting (low height for age), wasting (low weight for height), underweight (low weight for age) and micronutrient deficiencies or insufficiency (a lack of important vitamins and minerals). The other is overweight, obesity and diet-related noncommunicable diseases (such as heart disease, stroke, diabetes, and cancer).
Malnutrition affects people in every country. Around 1.9 billion adults worldwide are overweight, while 462 million are underweight. An estimated 41 million children under the age of 5 years are overweight or obese, while some 159 million are stunted and 50 million are wasted.
Adding to this burden are the 528 million or 29% of women of reproductive age around the world affected by anaemia, for which approximately half would be amenable to iron supplementation.
Many families cannot afford or access enough nutritious foods like fresh fruit and vegetables, legumes, meat, and milk, while foods and drinks high in fat, sugar, and salt are cheaper and more readily available, leading to a rapid rise in the number of children and adults who are overweight and obese, in poor as well as rich countries.
Child labour – Child labour refers to the exploitation of children through any form of work that deprives children of their childhood, interferes with their ability to attend regular school, and is mentally, physically, socially and morally harmful.
For impoverished households, income from a child’s work is usually crucial for his or her own survival or for that of the household. Income from working children, even if small, may be between 25 and 40% of the household income.
Roughly 160 million children were subjected to child labour at the beginning of 2020, with 9 million additional children at risk due to the impact of COVID-19.
Child labour compounds social inequality and discrimination, and robs girls and boys of their childhood.
Unlike activities that help children develop, such as contributing to light housework or taking on a job during school holidays, child labour limits access to education and harms a child’s physical, mental and social growth.
Especially for girls, the “triple burden” of school, work and household chores heightens their risk of falling behind, making them even more vulnerable to poverty and exclusion.
Lack of Education – Children living in poverty face many barriers to accessing an education.
Increasing access to education can improve the overall health and longevity of a society, grow economies, and even combat climate change.
Yet in many developing countries, children’s access to education can be limited by numerous factors. Language barriers, gender roles, and reliance on child labor can all stall progress to provide quality education.
The world’s most vulnerable children from disadvantaged communities are more likely to miss out on school. This includes young girls and children with disabilities.
A child cannot learn without the right environment.
When girls don’t have access to safe toilets, they are often harassed or attacked when looking for a private place to go. Girls also miss or drop out of school when they begin menstruating if they don’t have the sanitation facilities or sanitary products to manage their periods with pride and dignity.
Students with disabilities have lower attendance rates and are more likely to be out of school or leave school before completing primary education. They are suspended or expelled at a rate more than double the rate of their non-special education peers.
The impact of hunger on education systems is gravely under-reported. Being severely malnourished, to the point it impacts on brain development, can be the same as losing four grades of schooling. It is estimated that around 155 million children under the age of five are estimated to be stunted.
Child marriage – A patriarchal mind-set is one of the main reasons for most child marriages in India: young girls, and women in general are perceived to be natural homemakers. Their lives are to be limited within the four walls, as they are unqualified to protect themselves from the dangerous world outside. They need not be educated, nor employed, as they are born to serve and care for the men in the family. The lack of basic awareness about family planning and budgeting, we have a blazing cause for the shocking rates of child marriages in the country. The married girls grow up illiterate and unskilled to earn their own livelihood, leading to a continuation of poverty.
“Poverty is hunger. Poverty is lack of shelter. Poverty is being sick and not being able to see a doctor. Poverty is not having access to school and not knowing how to read. Poverty is not having a job, is fear for the future, living one day at a time. Poverty is losing a child to illness brought about by unclean water. Poverty is powerlessness, lack of representation and freedom.”
Hydrology is a branch of Earth Science. The importance of hydrology in the assessment, development, utilisation and management of the water resources, of any region is being increasingly realised at all levels. It was in view of this that the United Nations proclaimed the period of 1965-1974 as the International Hydrological Decade during which, intensive efforts in hydrologic education research, development of analytical techniques and collection of hydrological information on a global basis, were promoted in Universities, Research Institutions, and Government Organisations.
WORLD’S WATER RESOURCES
The World’s total water resources are estimated at 1.36 × 108 Μ ha-m. Of these global water resources, about 97.2% is salt water mainly in oceans, and only 2.8% is available as fresh water at any time on the planet earth. Out of this 2.8% of fresh water, about 2.2% is available as surface water and 0.6% as ground water. Even out of this 2.2% of surface water, 2.15% is fresh water in glaciers and icecaps and only of the order of 0.01% is available in lakes and streams, the remaining 0.04% being in other forms. Out of 0.6% of stored ground water, only about 0.25% can be economically extracted with the present drilling technology (the remaining being at greater depths).
WATER RESOURCES OF INDIA
The important rivers of India and their approximate water potentials are given below:
West flowing rivers like Narmada and Tapti – 30.55 (M ha-m)
East flowing rivers like Mahanadi, – Godavari, (M ha-m)
Krishna, Cauvery and Pennar – 35.56 (M ha-m)
The Ganges and its tributaries – 55.01 (M ha-m)
Indus and its tributaries – 7.95 (M ha-m)
The River Brahmaputra – 59.07 (M ha-m)
Hydrologic cycle is the water transfer cycle, which occurs continuously in nature; the three important phases of the hydrologic cycle are: (a) Evaporation and evapotranspiration (b) precipitation and (c) runoff. The globe has one-third land and two-thirds ocean. Evaporation from the surfaces of ponds, lakes, reservoirs. ocean surfaces, etc. and transpiration from surface vegetation i.e., from plant leaves of cropped land and forests, etc. take place. These vapours rise to the sky and are condensed at higher altitudes by condensation nuclei and form clouds, resulting in droplet growth. The clouds melt and sometimes burst resulting in precipitation of different forms like rain, snow, hail, sleet, mist, dew and frost. A part of this precipitation flows over the land called runoff and part in-filters into the soil which builds up the ground water table. The surface runoff joins the streams and the water is stored in reservoirs. A portion of surface runoff and ground water flows back to ocean. Again evaporation starts from the surfaces of lakes, reservoirs and ocean, and the cycle repeats.
FORMS OF PRECIPITATION
Drizzle — a light steady rain in fine drops (0.5 mm) and intensity (<1 mm/hr) Rain the condensed water vapour of the atmosphere falling in drops (>0.5 mm, maximum size—6 mm) from the clouds.
Glaze — Freezing of drizzle or rain when they come in contact with cold objects.
Sleet — Frozen rain drops while falling through air at subfreezing temperature.
Snow — Ice crystals resulting from sublimation (i.e., water vapour condenses to ice)
Snow flakes — Ice crystals fused together.
Hail — Small lumps of ice (>5 mm in diameter) formed by alternate freezing and melting, when they are carried up and down in highly turbulent air currents.
Dew — Moisture condensed from the atmosphere in small drops upon cool surfaces.
Frost — A feathery deposit of ice formed on the ground or on the surface of exposed objects by dew or water vapour that has frozen.
Fog — A thin cloud of varying size formed at the surface of the earth by condensation of atmospheric vapour.
Mist — Avery thin fog.
SCOPE OF HYDROLOGY
The study of hydrology helps us to know;
The maximum probable flood that may occur at a given site and its frequency; this is required for the safe design of drains and culverts, dams and reservoirs, channels and other flood control structures.
The water yield from a basin—its occurrence, quantity and frequency, etc; this is necessary for the design of dams, municipal water supply, water power, river navigation, etc.
The ground water development for which a knowledge of the hydro-geology of the area, i.e., of the formation soil, recharge facilities like streams and reservoirs, rainfall pattern, climate, cropping pattern, etc. are required.
The maximum intensity of storm and its frequency for the design of a drainage project in the area.
A hydrologist is often posed with lack of adequate data. The basic hydrological data required are:
Hydro meteorological data like temperature, wind velocity, humidity, etc.
Precipitation records and Stream-flow records.
Seasonal fluctuation of ground water table and evaporation data.
Cropping pattern, crops and their consumptive use water quality data of surface streams and ground water
Geomorphologic studies of the basin, like area, shape and slope of the basin, mean and median elevation, mean temperature (as well as highest and lowest temperature recorded) and other physiographic characteristics of the basin; stream density and drainage density; tanks and reservoirs
Hydro-meteorological characteristics of basin:
Depth-area-duration (DAD) curves for critical storms.
Isohyetal maps—Isohyets may be drawn for long-term average, annual and monthly precipitation for individual years and months.
Cropping pattern crops and their seasons.
Daily, monthly and annual evaporation from water surfaces in the basin.
Water balance studies of the basin
Soil conservation and methods of flood control
Hydrology means the science of water. It is the science of the water that deals with the occurrence , circulation and distribution of water of the earth and earth’s atmosphere. As a branch of earth science, it is concerned with the water in the streams and lakes, rainfall and snow fall, snow and ice on the land and water occurring below the earth’s surface in the pores of rocks ans soils.
The artificial reproduction, rearing and transplantation of fish is called pisciculture. It is also called fish farming. The term pisciculture is specific to aqua farming or the raising of fish inside of tanks or in house ponds. Pisciculture is a form of aquaculture as aquaculture is the scientific rearing and management of all aquatic animals. A facility that releases juvenile fish into the wild for recreational fishing or to supplement a species’ natural numbers is generally referred to as a fish hatchery. Global demand is increasing for dietary fish protein, which has resulted in widespread overfishing in wild fisheries, resulting in significant decrease in fish stocks and even complete depletion in some regions. Fish farming allows establishment of artificial fish colonies that are provided with sufficient feeding, protection from natural predators and competitive threats, access to veterinarian service, and easier harvesting when needed, while being separate from and thus do not usually impact the sustainable yields of wild fish populations.
Aquaculture vs Pisciculture
An intensive fish farming system is the well-managed form of fish farming, in which all attempts are made to achieve maximum production of fish from a minimum quantity of water.
This system involves small ponds/tanks/raceways with very high stocking density (10-50 fish/m3 of water).
Although intensive aquaculture is completely mechanized and self-contained it can have a detrimental impact on the environment.
The biggest problem caused by intensive aquaculture is the difficulty in properly dealing with the nutrient rich effluent.
Effluent contains high levels of both organic and inorganic nutrients like ammonia, phosphorus, dissolved organic carbon, dissolved organic nitrogen and dissolved organic phosphorus.
If not disposed of correctly the effluent could cause a number of problems including eutrophication, and hypernutrification
Ingenious solutions have been developed to reduce the negative effects to the environmental caused by this effluent. The most effective solution is the advent of aquaponics.
Aquaponics is the combination of Intensive aquaculture (fish farming) and hydroponics (growing plants without soil). Aquaponic systems use the nutrient rich effluent from fish tanks as fertilizers for produce. The advent of aquaponics has made the aquaculture industry into a sustainable and Eco-friendly business.
Extensive aquaculture is the other form of fish farming. It is more basic than intensive aquaculture in that less effort is put into the husbandry of the fish.
Extensive aquaculture is done in the ocean, natural and man-made lakes, bays, rivers, and Fiords.
Fish are contained within these habitats by multiple mesh enclosures which also function as trapping nets during harvest.
Since fish are susceptible to the elements, site placement is essential to ensuring rapid growth of the targeted species.
The drawback of these facilities is that they depend on the surrounding area for good water quality in order to reduce mortality and increase the survivorship and growth rate of the fish.
Fish chosen for extensive aquaculture are very hardy and often do well in high densities.Seaweed, prawns, muscles, carp, talapia, tuna and salmon are the most prominent forms of extensive aquacultured seafood .
Extensive Aquaculture – Drawbacks
Extensive aquaculture facilities have negative impacts on the environment as well. Natural habitats are destroyed in the development of man made ponds used for extensive aquaculture. In the Philippines, shrimp aquaculture is responsible for the destruction of thousands of acres of mangrove fields which serve as nurseries and living habitats for many marine organisms. Benthic habitats are being depleted due to the high amount of organic waste produced by the fish which settles below their pens. Phytoplankton and algae breakdown fecal matter and residual fish meal reducing the amount of available oxygen in the water column,which chokes and kills the Benthic organisms. Another serious problem acquainted with extensive aquaculture is the introduction of invasive species into ecosystems. Escaped fish increase the competition between organisms for limited resources. Also, when foreign fish interbreed with wild species, they upset the genetic variability of the species, making them more prone to disease and infection. The high density of fish in these mesh tanks is very tempting for predators of the sea and air. To protect the harvest from predators protective netting is set up at a high cost. Often times predatorial fish and mammals like seals, sharks, and tuna get caught in these barrier nets and die. Some farmers protect their stocks from predatorial birds such as pelicans and albatross by shooting these sometimes endangered creatures.
Today, only industrialized nations have the funds to invest in intensive aquaculture. Mass produced aquacultured fish has lowered the wholesale price of fish, thus drawing customers away from the already poor fishermen. Today, the only form of aquaculture available to small time fishermen is in the form of grow out pens for juvenile fish. Research is being done to create more complex and affordable forms of extensive aquaculture for subsistence fishermen in order to increase their standard of living, and more importantly, act as an incentive to protect endangered species.
National Unity Day is celebrated in India on 31 October. It was introduced by the Government of India in 2014. The day is celebrated to mark the birth anniversary of Sardar Vallabhbhai Patel who had a major role in the political integration of India.
Vallabhbhai Jhaverbhai Patel (31st October 1875 – 15th December 1950), endeared as Sardar, was an Indian statesman. He served as the first Deputy Prime Minister of India from 1947 to 1950. He was an Indian barrister and a senior leader of the Indian National Congress who played a leading role in the country’s struggle for independence and guided its integration into a united, independent nation. He was one of the conservative members of the Indian National Congress. In India and elsewhere, he was often called Sardar, meaning “chief” in Hindi, Urdu, and Persian. He acted as Home Minister during the political integration of India and the Indo-Pakistani War of 1947.
As the first Home Minister and Deputy Prime Minister of India, Patel organised relief efforts for partition refugees fleeing to Punjab and Delhi from Pakistan and worked to restore peace. He led the task of forging a united India, successfully integrating into the newly independent nation those British colonial provinces that formed the Dominion of India. Besides those provinces that had been under direct British rule, approximately 565 self-governing princely states had been released from British suzerainty by the Indian Independence Act of 1947. Patel persuaded almost every princely state to accede to India.
His commitment to national integration in the newly independent country was total and uncompromising, earning him the sobriquet “Iron Man of India”.
He is also remembered as the “Patron saint of India’s civil servants” for having established the modern All India Services system.
He is also called the “Unifier of India”.
Father of All India Services
He was also instrumental in the creation of the All India Services which he described as the country’s “Steel Frame”. In his address to the probationers of these services, he asked them to be guided by the spirit of service in day-to-day administration. He reminded them that the ICS was no-longer neither Imperial, nor civil, nor imbued with any spirit of service after Independence. His exhortation to the probationers to maintain utmost impartiality and incorruptibility of administration is as relevant today as it was then. “A civil servant cannot afford to, and must not, take part in politics. Nor must he involve himself in communal wrangles. To depart from the path of rectitude in either of these respects is to debase public service and to lower its dignity,” he had cautioned them on 21 April 1947. He, more than anyone else in post-independence India, realized the crucial role that civil services play in administering a country, in not merely maintaining law and order, but running the institutions that provide the binding cement to a society.The present-day all-India administrative services owe their origin to the man’s sagacity and thus he is regarded as Father of modern All India Services.
There is no alternative to this administrative system… The Union will go, you will not have a united India if you do not have good All-India Service which has the independence to speak out its mind, which has sense of security that you will standby your work… If you do not adopt this course, then do not follow the present Constitution. Substitute something else… these people are the instrument. Remove them and I see nothing but a picture of chaos all over the country.
Sardar Vallabhbhai Patel
In his twilight years, Patel was honoured by members of Parliament. He was awarded honorary doctorates of law by Nagpur University, the University of Allahabad and Banaras Hindu University in November 1948, subsequently receiving honorary doctorates from Osmania University in February 1949 and from Punjab University in March 1949. Previously, Patel had been featured on the cover page of the January 1947 issue of Time magazine.
After suffering a massive heart attack (his second), Patel died on 15 December 1950 at Birla House in Bombay. In an unprecedented and unrepeated gesture, on the day after his death more than 1,500 officers of India’s civil and police services congregated to mourn at Patel’s residence in Delhi and pledged “complete loyalty and unremitting zeal” in India’s service. In homage to Patel, Prime Minister Jawaharlal Nehru declared a week of national mourning. Patel’s cremation was planned at Girgaum Chowpatty, but this was changed to Sonapur (now Marine Lines) when his daughter conveyed that it was his wish to be cremated like a common man in the same place as his wife and brother were earlier cremated. His cremation in Sonapur in Bombay was attended by a crowd of one million including Prime Minister Jawaharlal Nehru, Rajagopalachari and President Rajendra Prasad.
Statue of Unity
The Statue of Unity is a colossal statue of Indian statesman and Independence activist Vallabhbhai Patel. Patel was highly respected for his leadership in uniting 562 princely states of India with a major part of the former British Raj to form the single Union of India. The Statue of Unity is the world’s tallest statue, with a height of 182 metres (597 feet). It is located in the state of Gujarat, India, on the Narmada River in the Kevadiya colony, facing the Sardar Sarovar Dam 100 kilometres (62 mi) southeast of the city of Vadodara and 150 kilometres (93 mi) from the city of Surat. Kevadia railway station is 5 kilometres (3.1 mi) from the statue. The project was first announced in 2010, and construction of the statue started in October 2013 by Indian company Larsen & Toubro, with a total construction cost of 2700 crore (27 billion; US$422 million). It was designed by Indian sculptor Ram V. Sutar and was inaugurated by Indian Prime Minister Narendra Modi on 31 October 2018, the 143rd anniversary of Patel’s birth.
Patel was a selfless leader, who placed the country’s interests above everything else and shaped India’s destiny with single-minded devotion. The invaluable contribution of Sardar Vallabhbhai Patel in building a modern and unified India needs to be remembered by every Indian as the country marches ahead as one of the largest economies in the world. His enduring fame rests on his achievement of the peaceful integration of the princely Indian states into the Indian Union and the Political unification of India.
Agricultural machinery relates to the mechanical structures and devices used in farming or other agriculture. There are many types of such equipment, from hand tools and power tools to tractors and the countless kinds of farm implements that they tow or operate. Agricultural machinery and equipment help farmers produce the goods that consumers want and need. Without the proper machinery and equipment, farmers would not be efficient enough to provide the food, clothing, and shelter that we need. Hundreds of years ago, the population was made up of primarily farmers and ranchers. Now, a very small percent of the population is responsible for producing the food and fiber used today. Machinery and equipment allow this to be possible. Because of the high technology with machinery and equipment, in some countries one farmer produces enough food to feed over 100 people. Using power only from humans or horses would not produce nearly this amount. Machinery and equipment reduce the amount of hard labor needed for farmers to do their work. Jobs are easier and take less time when machinery and equipment are used. Machinery and equipment also help farmers produce larger amounts of higher quality livestock and grain products.
Different types Machinery and Equipments are used in every Sector of the Agricultural Industry. Some of them are in-
Machinery and equipment can be used to help producers care for and manage their livestock. Milking machines, automated feeding and watering systems, incubators, egg candlers, tractors, computers, and many other types of machinery and equipment can be used by the producer to improve efficiency and quality of products.
Machinery and equipment are very important in the horticulture industry. Lawnmowers, tillers, sprayers, spreaders, irrigation systems, wood chippers, lawn rollers, leaf blowers, computers, and tractors are all vital pieces of machinery and equipment used by horticulturalists.
The forestry industry relies on machinery and equipment to function. Log trucks, skidders, loaders, cutters, harvesters, chainsaws, computers, and surveying equipment are all necessary for efficient forestry operations.
Without the proper machinery and equipment, large-scale crop production would be impossible. Tilling, planting, applying pesticides and fertilizers, and harvesting all require specialized machinery and equipment. Plows, planters, drills, sprayers, spreaders, combines, balers, computers, tractors, grain trucks, and many other types of machinery and equipment are necessary to produce crops effectively.
Some other Machineries and Equipments used in producing crops are-
Global Positioning System
Geographic Information System
Tractor – A tractor is a motorized vehicle that is used to pull heavy loads and to provide power to operate implements. There are two main types of tractors — wheeled and crawler.
A wheeled tractor is a tractor that usually has four or more wheels that turn and move the tractor.
A crawler tractor is a tractor that has steel or rubber tracks fitted around the wheels that make the tractor move.
Tillage equipment – It is a equipment used to plow or till the soil. It slices, breaks, or cuts the soil in order to prepare the ground, control weeds, or create mulch. The tillage equipment used depends on the type of soil and the crop that is to be grown. Tillage equipment includes plows, harrows, and cultivators.
A plow is an implement used to cut, lift, and turn over soil. It is commonly used to prepare the soil for planting. There are various types of plows and the one most commonly used in many countries is the moldboard plow.
A harrow is an implement with spikes or disks that is used to cultivate the soil by pulverizing and smoothing it.
A cultivator is an implement used to loosen the soil and control weeds between rows of growing crops..
Planting equipment – It is a equipment used to place seeds in the soil for germination. It must be properly adjusted so the right amount of seed is planted at the proper depth in the soil. Planting equipment includes planters and drills.
A planter is an implement used to place seeds in the soil at the proper rate, depth, and spacing.
A drill is an implement used to plant seeds for germination.
Application equipment – It is a equipment used to apply fertilizer, pesticides, growth regulators, and other materials to crops. It must be properly calibrated and operated so the right amount of material is delivered. The equipment may use dry or liquid materials. Application equipment includes sprayers and dusters.
A sprayer is a piece of equipment that uses tanks, pumps, and nozzles to apply liquid materials.
A duster is a piece of equipment used to apply dry powder materials..
Harvesting equipment – It is a equipment used to pick, reap, or otherwise gather crops. Different types of crops require different types of equipment. Harvesting equipment includes combines, pickers, balers, and mowers.
A combine is a machine used to harvest crops as it moves across a field
A picker is a machine used to harvest crops by picking. Cotton is the most common crop harvested with a picker.
A mower is a piece of equipment used to cut standing vegetation. Mowers are used to harvest forage crops, such as grass and alfalfa. After mowing, the crop may be left in rows to dry and be picked up by a baler.
A baler is a piece of equipment used to harvest forage crops that have been cut, dried, and placed in rows. The baler is pulled behind a tractor and picks the dried vegetation up off the ground.
Global Positioning System (GPS) – It is a system that uses satellites and computers to tell a farmer his or her exact location in a field. The earth is continually circled by 24 GPS satellites. At least four of these satellites are visible from any one point on Earth. GPS uses three satellites that are connected by an electronic signal with a receiver on the ground. (A fourth satellite is used to verify that the information is accurate.) Distances from satellites to the receiver can be quickly measured. Computers calculate the exact location of the receiver. GPS receivers are generally located on equipment that moves over a field. GPS systems can precisely guide tractors and equipment through a field and program computers to deliver precise amounts of seed, fertilizer, or herbicide to plants in variable amounts.
Geographic Information System (GIS) – It is a system used with GPS to make maps or grids of a field. These maps give a farmer data about soil conditions, crop yield, and other information so he or she can make decisions needed to improve the crops in the field.
Maintenance of Farm Machinery
During the repair of any machinery, appropriate protective clothing should be worn. This includes helmets, goggles, gloves, hearing protection, and safety shoes.
Do not wear baggy clothing, and keep long hair tied back. Loose-fitting clothing and hair can easily catch in rotating machinery parts.
All machinery should be maintained regularly. Any worn or broken parts should be replaced immediately, not fixed in a temporary manner. When repairs are made, the machine should be fixed according to manufacturers’ specifications.
When repairs are made, any guard removed during repair must be replaced before the equipment is used.
Check tire inflation and tread periodically to prevent flats and blowouts.
Whenever preparing to work on a piece of equipment, block wheels to prevent movement. Any jacks used should be stable and in good condition.
Inspect brakes, hitches, safety chains, springs, and shackles regularly for wear, broken or missing parts, and cracks in the welds.
Inspect hydraulic and air lines regularly for wear and cracks. Replace lines that show any sign of damage.
Caution should be taken when working on hydraulic systems. Make sure all pressure in the system is relieved and that the fluid is cool before loosening any fittings or removing lines. Wear leather or rubber gloves.
One of the landmark events of 19th century Victorian England was the Great Exhibition of 1851. It was one of the most successful cultural events of the century and was an attempt to showcase Britain’s progress and superiority to the rest of the world. Following two decades of political and social upheaval in Europe, Great Britain sought to provide the world with the hope for a better future through the aid of technology.
The Great Exhibition, also known as the ‘The Great Exhibition of the Works of Industry of All Nations, was held from 1st May to 15th October 1851 at the Crystal Palace in Hyde Park, London. It was a celebration of modern technology and design of the Industrial Revolution and was a platform where countries could flaunt their achievements. It was the first-ever exhibition held for manufactured products.
Although its conception is famously associated with Prince Albert, Queen Victoria’s husband, the idea was initially proposed by Henry Cole, a civil servant. When Albert became the president of the ‘Society for the Encouragement of Arts, Manufactures, and Commerce’ in 1943, he backed Cole’s idea for an international fair. They were impressed in particular by the scale of the Paris Exposition of 1849, but they proposed an even larger event, which would be international in scope, where Britain’s engineering and manufactured goods could be compared with those of its international competitors.
Initially there was little interest in the concept of an exhibition by the government of the day, but Henry and Albert continued to develop their idea. They wanted it to be for All Nations, the greatest collection of art in industry, ‘for the purpose of exhibition of competition and encouragement’, and most significantly it was to be self-financing. The government was finally persuaded to form the Royal Commission for the Exhibition of 1851 to establish the viability of hosting such an exhibition.
Designing and constructing a large enough building in 12 months was one of the biggest challenges. A design competition was staged, which received a total of 245 entries, but none of the proposed structures were suitable – partly because they would be difficult to remove once the event had ended. However, a landscape gardener, Joseph Paxton, who had previously designed greenhouses for the Duke of Devonshire, came up with the idea of the Crystal Palace.
The Crystal Palace, made entirely of glass and iron, was created exclusively at Hyde Park for the Great Exhibition by Joseph Paxton. It was a temporary structure that was built in 8 months and could be easily assembled and dismantled. The Crystal Palace was created with 294,000 glass panes and was 1,851 feet long, with an interior height of 128 feet, about three times the size of St Paul’s Cathedral. The name resulted from a piece that playwright Douglas Jerrold wrote for Punch magazine, where he referred to it as a “palace of very crystal.”
William Makepeace Thackeray, one of the leading novelists of the Victorian era, was moved to write a poem about the opening of the Crystal Palace:
“As though ’twere by a wizard’s rod
Leaps like a fountain from thegrass
As blazing arch of lucid glass
To meet the sun.”
Queen Victoria officially opened The Great Exhibition of the Works of Industry of All Nations with an elaborate ceremony at noon on May 1, 1851. Famous people of the time attended the Great Exhibition, including Charles Darwin, Karl Marx, Michael Faraday (who assisted with the planning and judging of exhibits), Samuel Colt, members of the Orléanist Royal Family and the writers Charlotte Brontë, Charles Dickens, Lewis Carroll, George Eliot, Alfred Tennyson and William Makepeace Thackeray.
The exhibition featured objects from the host country, Britain and its colonies, and foreign states. More than 100,000 objects were displayed by over 14,000 exhibitors from around the world. The exhibits displayed were divided into four themes: Machinery, Manufactures, Fine Arts, and Raw Materials. The objects displayed included almost every marvel of the Victorian age, including pottery, porcelain, ironwork, furniture, perfumes, pianos, firearms, fabrics, steam hammers, hydraulic presses, and even the odd house or two. Many more ordinary items were displayed by manufacturers and merchants. Inventors and manufacturers from Britain displayed tools, household items, farm implements, and food products.
India contributed an elaborate throne of carved ivory, a coat embroidered with pearls, emeralds and rubies, and a magnificent howdah and trappings for a rajah’s elephant. The most anticipated artifact from the Indian subcontinent was “The Great Diamond of Runjeet Singh called the Koh-i-Noor or the Mountain of Light”, the world’s largest known diamond. It was of priceless value, but visitors found it underwhelming, owing to its lack of sparkle. Another diamond was the Daria-i-Noor, a pale pink diamond, one of the rarest in the world.
The Russian exhibits arrived late, having been delayed by ice in the Baltic. When they did arrive, they were breathtaking: huge vases and urns made of porcelain and malachite more than 10ft tall; furs; sledges and Cossack armour. Canada sent a fire engine with painted panels showing Canadian scenes, and a trophy of furs. Chile sent a single lump of gold weighing 50kg, Switzerland sent gold watches. C C Hornung of Copenhagen, Denmark, showed his single-cast iron frame for a pianoforte, the first made in Europe. The American display was headed by a massive eagle, wings outstretched, holding a drapery of the Stars and Stripes, all poised over one of the organs scattered throughout the building. The largest foreign contributor was France, with its sumptuous tapestries, Sevres porcelain and silks from Lyons, enamels from Limoges and furniture.
The opening of the Great Exhibition coincided with one of the greatest innovations of the Industrial Revolution, the railways. Visiting London had become feasible and accessible for the masses, thanks to the new railway lines spread across the country. About 6 million people flocked to witness the exhibition between May and October. The ticket was initially priced at £1 each and reduced to one shilling each, which proved much more popular. However, the tickets were still expensive on peak days – Friday and Saturday. The fair brought in an enormous profit of £186,000, which funded the construction of well-known cultural centers in South Kensington like the Science Museum, the Natural History Museum, and the Victoria & Albert Museum.
Shortly after the exhibition, the whole structure of the Crystal Palace was removed from the Hyde Park site and re-erected at Sydenham, in the Kent countryside, now a part of South East London. The structure was transformed into a permanent attraction, and was in use for 85 years until it was destroyed in a fire in 1936.
The Great Exhibition of 1851 has become one of the most defining cultural events of Victorian England and is an enduring symbol of the 19th century. The exhibition set a precedent for the many international exhibitions which followed, inspiring a long succession of international fairs in other cities, including Paris, Dublin, New York, Vienna, and Chicago – almost one a year for the rest of the 19th century. The Great Exhibition was enormously influential in developing many aspects of society, like art and design education, international trade and relations, and tourism.
Animal husbandry is the branch of agriculture concerned with animals that are raised for meat, fibre, milk, or other products. It includes day-to-day care, selective breeding and the raising of livestock. Husbandry has a long history, starting with the Neolithic revolution when animals were first domesticated, from around 13,000 BC onward, predating farming of the first crops. By the time of early civilizations such as ancient Egypt, cattle, sheep, goats and pigs were being raised on farms. Most livestock are herbivores, except for pigs and chickens which are omnivores. Ruminants like cattle and sheep are adapted to feed on grass; they can forage outdoors, or may be fed entirely or in part on rations richer in energy and protein, such as pelleted cereals. Pigs and poultry cannot digest the cellulose in forage, and require other high-protein foods.
The domestication of livestock was driven by the need to have food on hand when hunting was unproductive. The desirable characteristics of a domestic animal are that it should be useful to the domestication, should be able to thrive in his or her company, should breed freely, and be easy to tend. In ancient Egypt, cattle were the most important livestock, and sheep, goats, and pigs were also kept; poultry including ducks, geese, and pigeons were captured in nets and bred on farms, where they were force-fed with dough to fatten them. In northern Europe, agriculture including animal husbandry went into decline when the Roman empire collapsed. Some aspects such as the herding of animals continued throughout the period. By the 11th century, the economy had recovered and the countryside was again productive. The improvements of animal husbandry in the medieval period in Europe went hand in hand with other developments. Improvements to the plough allowed the soil to be tilled to a greater depth. Horses took over from oxen as the main providers of traction, new ideas on crop rotation were developed and the growing of crops for winter fodder gained ground. Peas, beans and vetches became common; they increased soil fertility through nitrogen fixation, allowing more livestock to be kept.
Dairy Farming – Dairy farming is a class of agriculture for long-term production of milk, which is processed (either on the farm or at a dairy plant, either of which may be called a dairy) for eventual sale of a dairy product. Although any mammal can produce milk, commercial dairy farms are typically one-species enterprises. In developed countries, dairy farms typically consist of high producing dairy cows. Other species used in commercial dairy farming include goats, sheep, water buffaloes, and camels. In Italy, donkey dairies are growing in popularity to produce an alternative milk source for human infants.
Meat industry – The meat industry are the people and companies engaged in modern industrialized livestock agriculture for the production, packing, preservation and marketing of meat (in contrast to dairy products, wool, etc.). In economics, the meat industry is a fusion of primary (agriculture) and secondary (industry) activity and hard to characterize strictly in terms of either one alone. The greater part of the meat industry is the meat packing industry – the segment that handles the slaughtering, processing, packaging, and distribution of animals such as poultry, cattle, pigs, sheep and other livestock. A great portion of the ever-growing meat branch in the food industry involves intensive animal farming in which livestock are kept almost entirely indoors or in restricted outdoor settings like pens. Many aspects of the raising of animals for meat have become industrialized, even many practices more associated with smaller family farms. The production of livestock is a heavily vertically integrated industry where the majority of supply chain stages are integrated and owned by one company.
Cattle – Cattle, taurine cattle, or European cattle (Bos taurus or Bos primigenius taurus) are large domesticated cloven-hooved herbivores. They are a prominent modern member of the subfamily Bovinae, are the most widespread species of the genus Bos. Depending on sex, they are referred to as cows (female) or bulls (male). Cattle are commonly raised as livestock for meat (beef or veal, see beef cattle), for milk (see dairy cattle), and for hides, which are used to make leather. They are used as riding animals and draft animals (oxen or bullocks, which pull carts, plows and other implements). Another product of cattle is their dung, which can be used to create manure or fuel.
Sheep farming – Sheep farming or sheep husbandry is the raising and breeding of domestic sheep. It is a branch of animal husbandry. Sheep are raised principally for their meat (lamb and mutton), milk (sheep’s milk), and fiber (wool). They also yield sheepskin and parchment. Sheep can be raised in a range of temperate climates, including arid zones near the equator and other torrid zones. Farmers build fences, housing, shearing sheds, and other facilities on their property, such as for water, feed, transport, and pest control. Most farms are managed so sheep can graze pastures, sometimes under the control of a shepherd or sheep dog.
Pig farming – Pig farming or hog farming is the raising and breeding of domestic pigs as livestock, and is a branch of animal husbandry. Pigs are farmed principally for food (e.g. pork, bacon, gammon) and skins. Pigs are amenable to many different styles of farming: intensive commercial units, commercial free range enterprises, or extensive farming (being allowed to wander around a village, town or city, or tethered in a simple shelter or kept in a pen outside the owner’s house). Historically, farm pigs were kept in small numbers and were closely associated with the residence of the owner, or in the same village or town.They were valued as a source of meat and fat, and for their ability to convert inedible food into meat and manure, and were often fed household food waste when kept on a homestead. Pigs have been farmed to dispose of municipal garbage on a large scale. All these forms of pig farm are in use today, though intensive farms are by far the most popular, due to their potential to raise a large amount of pigs in a very cost-efficient manner. In developed nations, commercial farms house thousands of pigs in climate-controlled buildings. Pigs are a popular form of livestock, with more than one billion pigs butchered each year worldwide, 100 million of them in the USA. The majority of pigs are used for human food but also supply skin, fat and other materials for use as clothing, ingredients for processed foods, cosmetics, and medical use.
Cuniculture – Cuniculture is the agricultural practice of breeding and raising domestic rabbits as livestock for their meat, fur, or wool. Cuniculture is also employed by rabbit fanciers and hobbyists in the development and betterment of rabbit breeds and the exhibition of those efforts. Scientists practice cuniculture in the use and management of rabbits as model organisms in research. Cuniculture has been practiced all over the world since at least the 5th century.
Poultry farming – Poultry farming is the form of animal husbandry which raises domesticated birds such as chickens, ducks, turkeys and geese to produce meat or eggs for food. It has originated from the agricultural era. Poultry – mostly chickens – are farmed in great numbers. More than 60 billion chickens are killed for consumption annually. Chickens raised for eggs are known as layers, while chickens raised for meat are called broilers.
Aquaculture – Aquaculture (less commonly spelled aquiculture , also known as aquafarming, is the controlled cultivation (“farming”) of aquatic organisms such as fish, crustaceans, mollusks, algae and other organisms of value such as aquatic plants (e.g. lotus). Aquaculture involves cultivating freshwater and saltwater populations under controlled or semi-natural conditions, and can be contrasted with commercial fishing, which is the harvesting of wild fish. Mariculture, commonly known as marine farming, refers specifically to aquaculture practiced in seawater habitats, opposed to in freshwater aquaculture.
Beekeeping – Beekeeping (or apiculture) is the maintenance of bee colonies, commonly in man-made hives, by humans. Most such bees are honey bees in the genus Apis, but other honey-producing bees such as Melipona stingless bees are also kept. A beekeeper (or apiarist) keeps bees in order to collect their honey and other products that the hive produce (including beeswax, propolis, flower pollen, bee pollen, and royal jelly), to pollinate crops, or to produce bees for sale to other beekeepers. A location where bees are kept is called an apiary or “bee yard”.
Insect farming – Insect farming is the practice of raising and breeding insects as livestock, also referred to as minilivestock or micro stock. Insects may be farmed for the commodities they produce (like silk, honey, lac or insect tea), or for them themselves; to be used as food, as feed, as a dye, and otherwise.
Sericulture – Sericulture, or silk farming, is the cultivation of silkworms to produce silk. Although there are several commercial species of silkworms, Bombyx mori (the caterpillar of the domestic silkmoth) is the most widely used and intensively studied silkworm. Silk was believed to have first been produced in China as early as the Neolithic Period. Sericulture has become an important cottage industry in countries such as Brazil, China, France, India, Italy, Japan, Korea, and Russia. Today, China and India are the two main producers, with more than 60% of the world’s annual production.
Animal husbandry has a significant impact on the world environment. Being a part of the animal–industrial complex, animal agriculture is the primary driver of climate change, ocean acidification, biodiversity loss, and of the crossing of almost every other planetary boundary, in addition to killing more than 60 billion non-human land animals annually. It is responsible for somewhere between 20 and 33% of the fresh water usage in the world, and livestock, and the production of feed for them, occupy about a third of the earth’s ice-free land. Livestock production is a contributing factor in species extinction, desertification, and habitat destruction. Since the 18th century, people have become increasingly concerned about the welfare of farm animals. Possible measures of welfare include longevity, behavior, physiology, reproduction, freedom from disease, and freedom from immunosuppression. Standards and laws for animal welfare have been created worldwide, broadly in line with the most widely held position in the western world, a form of utilitarianism: that it is morally acceptable for humans to use non-human animals, provided that no unnecessary suffering is caused, and that the benefits to humans outweigh the costs to the livestock. An opposing view is that animals have rights, should not be regarded as property, are not necessary to use, and should never be used by humans.
Tractor, an engineering vehicle, was specially designed to provide a high torque or tractive effort within the low speed, to haul machinery or trailer used in construction or agriculture. The tractor is a special farm machine that helps a wide array of agricultural equipment to complete many roles assign on the farm. Tractors are important tools for farmers in another world we can say that modern farm is incomplete without a tractor. Tractor helps the farmers to cut down extra costs for resources, which is the main purpose to use tractors by farmers. Farm tractor technology helped push up yields and producers get the rewards of higher fuel efficiency.
HISTORY OF TRACTOR ENGINES
The word “TRACTOR” is derived from Latin word “TRAHERE” or “TRACT” which means something that pulls. The first powered farm implements in the early 19th century were portable engines – steam engines on wheels that could be used to drive mechanical farm machinery by way of a flexible belt. Richard Trevithick designed the first ‘semi-portable’ stationary steam engine for agricultural use, known as a “barn engine” in 1812, and it was used to drive a corn threshing machine. The truly portable engine was invented in 1893 by William Tux ford of Boston, Lincolnshire who started manufacture of an engine built around a locomotive-style boiler with horizontal smoke tubes. In the 1850s, John Fowler used a Clayton & Shuttle worth portable engine to drive apparatus in the first public demonstrations of the application of cable haulage to cultivation.
CLASSIFICATIONS OF TRACTOR ENGINES
Row Crop Tractors
Orchard Type Tractors
Earth Moving Tractors
Utility Tractors – A low- to medium-horsepower tractor; used primarily for pulling auxiliary equipment, but also used in construction with attachments for trenching, dozing, breaking, etc.
Row Crop Tractors – A general-purpose or row-crop tractor is tailored specifically to the growing of crops grown in rows, and most especially to cultivating these crops. These tractors are universal machines, capable of both primary tillage and cultivation of a crop.
Orchard Type Tractors – The orchard tractor is a type of tractor that is used in vineries and orchards. These tractors are built to navigate and manoeuvre in small areas or fields These are a special type of tractor used in orchards only. They are usually very high and tall so that the user can sit on the tractor and still pick the fruits or trim the trees. Outside of the surface of the tractor, it is clear, which means that you can get in and around all of the trees without a hassle. Best of all, they can be used in various types of orchards, regardless of what you’ve planted there, whether it is fruit trees or grapes.
Rotary Tillers – These are “walking type” tractors and are usually used in smaller fields and those that are at different height levels. These are places where ordinary equipment often doesn’t work efficiently, yet rotary tillers are small enough to get into small spaces and over hills with ease. A rotary tiller is essentially a motorized cultivator that works by the rotation of blades or tines in order to work the soil. It takes the soil, even hard, chunky soil, and creates a fine, clod-free bed of soil. After you use this equipment to “till” the soil, your garden bed is ready to be planted with any type of seeds you wish to plant.
Industrial tractors – Industrial tractors were once called Tuggers, and they are used to pull loads. In fact, most industrial tractors are not even made for agricultural use, but instead, they are used in factories while pulling things. They come in various models and horsepower strengths.
Garden tractors – Garden tractors tend to have a very small construction size. They are used more for grass-cutting tasks than anything else, or for creating new flower beds in your garden. Garden tractors have wheels that are roughly the size of a scooter’s wheels but are much thicker.
Earth-moving tractors – Earth-moving tractors have to be quite strong and extremely heavy, and they come in both tire and track types. If you’re working on a construction site, including work on dams and quarries, an earth-moving tractor can be a lifesaver. They move earth to dig holes for basements and new construction, in addition to numerous other tasks, and even though they are expensive they are always built to last. They are used to move and relocate things such as dirt, debris, rocks, mud, or even lumber.
Implement Carrier Tractors – These types of tractors are meant to carry and mount many different types of implements, the chassis frame between the front and rear tires is extended. Therefore, they are able to mount implements that include drills, sprayers, seed drills, rotary sweepers, loaders, and dusters, among others. They come in many different sizes and designs, and the companies that sell them can provide you with the information that you need to make sure that you get the right one.
COMPONENTS OF A TRACTOR
A tractor is made of following main units:
Differential Unit and Final Drive
Steering System and Brake Steering System
Hydraulic Control System
Hitch and Control Board of Tractor
Power Take-Off Unit
Control Board or Dash Board of a Tractor
Tractor Tyre and Front Axle.
Component 1 – Clutch: Clutch is a device, used to connect and disconnect the tractor engine from the transmission gears and drive wheels.
Component 2 -Transmission Gears: A tractor engine runs at high speed, but the rear wheel of the tractor requires power at low speed and high torque. & Torque Converter: This is also called hydro-kinetic transmission. It is a device used on tractors for transmission of power and for multiplying the torque of the engine. It works as a torque multiplier.
Component 3 – Differential Unit: It is a special arrangement of gears to permit one of the rear wheels of the tractor to rotate slower or faster than the other. While turning the tractor on a curved path, the inner wheel has to travel lesser distance than the outer wheel & Final Drive: It is a gear reduction unit in the power trains between the Differential and the Drive wheels. Final drive transmits the power finally to the rear axle and the wheels.
Component 4 – Steering System: The system governing the angular movement of front wheels of a tractor is called Steering system. This system minimizes the efforts of the operator in turning the front wheel with the application of leverages. & Brake: Brake is used to stop or slow down the motion of a tractor.
Component 5 – Hydraulic Control System: It is a mechanism in a tractor to raise, hold or lower the mounted or semi-mounted equipments by hydraulic means. All tractors are equipped with hydraulic control system for operating three point hitch of the tractor.
Component 6 – Hitch: Implements are needed to be hitched properly for efficient and safe operation of the tractor. Implements can be: 1. Trailed 2. Semi-mounted and 3. Mounted.
Component 7 – Power Take-Off Unit (PTO): It is a part of tractor transmission system. It consists of a shaft, a shield and a cover.
Component 8 – Belt Pulley: All tractors are provided with a belt pulley. The function of the pulley is to transmit power from the tractor to stationary machinery by means of a belt. It is used to operate thresher, centrifugal pumps, silage cutter and several other machines
Component 9 – Control Board or Dash Board of a Tractor:
The control board of a tractor generally consists of:
Main Switch: When the main switch is on, the electric current flows in the electrical circuit.
Throttle Lever: This lever is for increasing or decreasing the speed of the engine.
Decompression Lever: This lever releases compression pressure from the combustion chamber of the engine and helps to start the engine.
Hour Meter: This meter indicates the engine hour as well as engine revolution per minute.
Light Switch: Light switch is for light points only.
Horn Hutton: This is for horn of the tractor
Battery Charging Indicator: This indicates the charge and discharge of the battery.
Oil Pressure Indicator: This indicates the lubricating oil pressure in the system.
Water Temperature Gauge: This indicates the temperature of water of the cooling system.
Component 10 – Tractor Tyre: The tyres are available in many sizes with the ply ratings as 4, 6 or 8. The ply rating of tyres indicates the comparative strength of tyres. The higher the rating, the stronger are the tyres. The inflation pressure in the rear wheels of the tractor varies between 0.8 to 1.5 kg/cm . The inflation pressure of the front wheel varies from 1.5 to 2.5kg/cm & Front Axle: Front axle is the unit on which front wheel is mounted. This wheel is an idler wheel by which tractor is steered in various directions.
APPLICATION OF TRACTORS
Farm tractor designs and styles differ greatly. Tractors are often used on a daily basis for the several agricultural and non agricultural tasks by attaching or operating the light, medium to heavy implements, equipments and machineries according to the requirement and HP of tractors.
The major application of farm tractors for Agricultural and Non Agricultural sectors are given below :-
Preparing the field by attaching different implements, equipments and machinery for tilling, disking, harrowing, levelling and forming of beds, bunds, furrow & ridges.
Application of organic manure in line or rows by attaching a trailer and organic manure applicator.
Spraying of pesticides in field crops and tress by operating different types of sprayers.
Pumping the ground, canal, river, open well, pond or stored water by operating pumps.
Crushing of sugarcane by operating sugarcane crusher
Removing the snow by attaching snow blower and grader.
Generating electricity by operating the Alternator/Generator.
Using for defence & airport applications to tow baggage.
Powering of building and road construction equipments.
Breaking of rock with tractor mounted pneumatic compressors.
A tractor can act as a best friend to a farmer. In a country like India where farming and agriculture is the leading occupation of the people, a tractor plays a vital role in the life of a farmer. It can deliver several advantages to the farmers and make the task of farming easier. As an efficient machine, it helps the farmer to comprehensively carry out the various works related to the farming. Therefore, with a tractor, you as a farmer in India can expect good profits in the case of farming.
The Monk Who Sold His Ferrari: A Fable About Fulfilling Your Dreams & Reaching Your Destiny, by Robin Sharma, is an interesting book — as the subtitle suggests, it’s a fable, and it will certainly make you give some thought to your life, your goals, your dreams and how your daily habits help you reach those dreams. In other words, right up the Zen Habits alley.
I can’t give this book my highest rating (see Conclusion for the rating) for several reasons I discuss below, but I did highly enjoy its discussion of several concepts. The author is a leadership expert and author, and he fills the book with a combination of life strategies. Many of these are useful, but whether they work in combination is the real question.
The book takes the form of a fable about Julian Mantle, a high-profile attorney with a crazy schedule and a set of priorities that center around money, power, and prestige. As such, Mantle represents the values of our society. The story is told from the perspective of one of his associates, who admires Mantle’s great success and aspires to be like him.
But when Mantle has a heart attack, he drops out of the game and disappears. He sells all his possessions and goes to India to seek a more meaningful existence. When he comes back, he’s a changed man. It’s as if he’s a completely different person. He’s learned from some mythical Himalayan gurus who give him mystical and yet practical advice, which he shares with his former associate (and the reader).
The core of the book is the Seven Virtues of Enlightened Learning, which Mantle reveals one by one. Now, although the book presents them as actual Virtues learned from Himalayan gurus, it’s important to remember as you read that these are made up by the author — actually, he pulled them from other sources and put them together:
master your mind
follow your purpose
live with discipline
respect your time
selflessly serve others
embrace the present
Each of these Virtues is discussed in some detail in separate chapters, each of them with several concepts and habits to develop. Most of them are very inspiring and potentially very useful. After reading the book, I incorporated several of them into my life, including the ones that involve positive thinking, visualizing goals, and more. Again, these are not new concepts and have been discussed in many other books, but the book presents a great collection of useful concepts that you might want to try out.
After reading the book, I began to outline each of the Seven Virtues, because I was confused about all the action steps the book recommends taking. The truth is, each of the Seven Virtues encompasses a bunch of daily habits, and incorporating all of them into your life would be cumbersome. And some of them seem to me to be conflicting.
As an example of a large number of habits in every virtue, here are the ones I have listed for the first virtue, Master your mind:
Habit: Find positive in every circumstance; don’t judge events as “good” or “bad”, but experience them, celebrate them, and learn from them.
Habit: The heart of the rose: find a silent place and a fresh rose. Stare at the heart of the rose, the inner petals, concentrating on the folds of the flower, the texture, etc … push away other thoughts that come to you. Start with 5 minutes a day, stretch it to 20. It will be your oasis of peace.
Habit: 10 minutes of reflection on your day, and how to improve your next day.
Habit: Opposition thinking – take every negative thought that comes into your mind and turn it into a positive one. First, be aware of your thoughts. Second, appreciate that as easily as negative thoughts enter, they can be replaced with positive ones. So think of the opposite of the negative ones. Instead of being gloomy, concentrate on being happy and energetic.
Habit: Secret of the lake. Take a few deep breaths and relax. Then envision your dreams becoming a reality. Picture vivid images of what you want to become. Then they will become reality.
And that’s just with the first virtue. Each one has several habits to develop, and they’re not listed out as I’ve done here. If you tried to incorporate all of the habits in the book, your day would be very busy indeed. Also, I would recommend only trying to adopt one at a time — more than that, and your habit change will be hard to sustain.
Although I can’t give The Monk Who Sold His Ferrari my highest rating, because of the problem listed above, I still enjoyed it a lot and was highly inspired by it.
I give this book a buy recommendation for anyone interested in incorporating routines and habits that can transform their lives, help them achieve their dreams, calm them and make them happier. Yes, it’s a jumble of too many ideas, but you can pick and choose, and the ideas contained within are potentially very powerful. Plus, it’s a fun and easy read.
The World Health Organisation recognizes World Mental Health Day on 10 October every year. October 10, 1992 was the first time the World Mental Health Day was observed in over 150+ countries. It was the Deputy Secretary General Richard Hunter whose relentless efforts led to the observance. The day used to be celebrated to educate, and remove the general problems arising from mental illness until 1993. It was only in 1994, that the event began to follow a theme-based approach. For the first time in that year, the event was commemorated on the theme of ‘Improving the Quality of Mental Health Services throughout the World’. It was suggested by the Secretary General Eugene .
Importance of World Mental Health Day
The day is important in the medical world as it aims at improving the mental health issues of people by using various medications and counselling and other important services. In many parts of the world, the preparation for this day is done beforehand and some countries even hold workshops and courses that run for a week or sometimes months. Moreover, this day allows people to speak up about mental health in general and breaks the stigma of society. It is important to know that anyone can face mental issues, but the right diagnosis and counselling can yield positive results in a short period of time.
What is Mental Health?
According to the World Health Organization (WHO)Trusted Source:
“Mental health is a state of well-being in which an individual realizes his or her own abilities, can cope with the normal stresses of life, can work productively, and is able to make a contribution to his or her community.”
People sometimes use the term “mental health” to mean the absence of a mental disorder.
Mental health can affect daily living, relationships, and physical health. However, this link also works in the other direction.
Factors in people’s lives, interpersonal connections, and physical factors can all contribute to mental health disruptions. Looking after mental health can preserve a person’s ability to enjoy life.
Doing this involves reaching a balance between life activities, responsibilities, and efforts to achieve psychological resilience.
Conditions such as stress, depression, and anxiety can all affect mental health and disrupt a person’s routine. Although the term mental health is in common use, many conditions that doctors recognize as psychological disorders have physical roots.
The WHO stress that mental health is “more than just the absence of mental disorders or disabilities.” Peak mental health is about not only avoiding active conditions but also looking after ongoing wellness and happiness.
They also emphasize that preserving and restoring mental health is crucial on an individual basis, as well as throughout different communities and societies the world over.
Common Mental Health Disorders
Anxiety disorders – According to the Anxiety and Depression Association of America, Anxiety Disorders are the most common type of mental illness. People with these conditions have severe fear or anxiety, which relates to certain objects or situations. Most people with an anxiety disorder will try to avoid exposure to whatever triggers their anxiety.
Panic disorders – People with a panic disorder experience regular panic attacks, which involve sudden, overwhelming terror or a sense of imminent disaster and death.
Phobias – A phobia is a persistent, excessive, unrealistic fear of an object, person, animal, activity or situation. It is a type of anxiety disorder. A person with a phobia either tries to avoid the thing that triggers the fear, or endures it with great anxiety and distress.
There are Different types of Phobia:
Simple phobias: These might involve a disproportionate fear of specific objects, scenarios, or animals. A fear of spiders is a common example.
Social phobia: Sometimes known as social anxiety, this is a fear of being subject to the judgment of others. People with social phobia often restrict their exposure to social environments.
Agoraphobia: This term refers to a fear of situations in which getting away may be difficult, such as being in an elevator or moving train. Many people misunderstand this phobia as a fear of being outside.
Phobias are deeply personal, and doctors do not know every type. There could be thousands of phobias, and what might seem unusual to one person may be a severe problem that dominates daily life for another.
Obsessive-compulsive disorder (OCD) – People with OCD have obsessions and compulsions. In other words, they experience constant, stressful thoughts and a powerful urge to perform repetitive acts, such as hand washing.
Post-traumatic stress disorder (PTSD) – PTSD can occur after a person experiences or witnesses a deeply stressful or traumatic event. During this type of event, the person thinks that their life or other people’s lives are in danger. They may feel afraid or that they have no control over what is happening. These sensations of trauma and fear may then contribute to PTSD.
Mood disorders – People may also refer to mood disorders as affective disorders or depressive disorders. People with these conditions have significant changes in mood, generally involving either mania, which is a period of high energy and elation, or depression.
Examples of mood disorders include:
Major depression: An individual with major depression experiences a constant low mood and loses interest in activities and events that they previously enjoyed. They can feel prolonged periods of sadness or extreme sadness.
Bipolar disorder: A person with bipolar disorder experiences unusual changes.Trusted Source in their mood, energy levels, levels of activity, and ability to continue with daily life. Periods of high mood are known as manic phases, while depressive phases bring on low mood.
Seasonal affective disorder (SAD) – Reduced daylight triggers during the fall, winter, and early spring months trigger this type of major depression . It is most common in countries far from the equator.
Schizophrenia Disorders – Mental health authorities are still trying to determine whether schizophrenia is a single disorder or a group of related illnesses. It is a highly complex condition. Signs of schizophrenia typically develop between the ages of 16 and 30 years. The individual will have thoughts that appear fragmented, and they may also find it hard to process information. Schizophrenia has negative and positive symptoms. Positive symptoms include delusions, thought disorders, and hallucinations. Negative symptoms include withdrawal, lack of motivation, and a flat or inappropriate mood.
Mental Health Promotion and Protection
An environment that respects and protects basic civil, political, socio-economic and cultural rights is fundamental to mental health. Without the security and freedom provided by these rights, it is difficult to maintain a high level of mental health.
Specific ways to promote mental health include:
Early childhood interventions (e.g. providing a stable environment that is sensitive to children’s health and nutritional needs, with protection from threats, opportunities for early learning, and interactions that are responsive, emotionally supportive and developmentally stimulating).
Support to children (e.g. life skills programmes, child and youth development programmes); Socio-economic empowerment of women (e.g. improving access to education and microcredit schemes).
Social support for elderly populations (e.g. befriending initiatives, community and day centers for the aged); Programmes targeted at vulnerable people, including minorities, indigenous people, migrants and people affected by conflicts and disasters (e.g. psycho-social interventions after disasters).
Mental health promotional activities in schools (e.g. programmes involving supportive ecological changes in schools). Mental Health interventions at work (e.g. stress prevention programmes). Housing policies (e.g. housing improvement) Violence prevention programmes (e.g. reducing availability of alcohol and access to arms).
Community development programmes (e.g. integrated rural development). Poverty reduction and social protection for the poor.
Withdrawing from friends, family, and colleagues.
Avoiding activities that they would normally enjoy.
Sleeping too much or too little.
Eating too much or too little.
Having consistently low energy.
Using mood-altering substances, including alcohol and nicotine, more frequently.
Displaying negative emotions.
Being unable to complete daily tasks, such as getting to work or cooking a meal.
Having persistent thoughts or memories that reappear regularly.
Thinking of causing physical harm to themselves or others.
In the context of national efforts to develop and implement mental health policy, It is vital to not only protect and promote the mental well-being of its citizens, but also address the needs of persons with defined mental disorders. Knowledge of what to do about the escalating burden of mental disorders has improved substantially over the past decade. There is a growing body of evidence demonstrating both the efficacy and cost-effectiveness of key interventions for priority mental disorders in countries at different levels of economic development.
Examples of interventions that are cost-effective, feasible, and affordable include:
Treatment of depression with psychological treatment and, for moderate to severe cases, antidepressant medicines.
Treatment of psychosis with anti-psychotic medicines and psychosocial support.
Taxation of alcoholic beverages and restriction of their availability and marketing.
A range of effective measures also exists for the prevention of suicide, prevention and treatment of mental disorders in children, prevention and treatment of dementia, and treatment of substance-use disorders.
The mental health Gap Action Programme (mhGAP) has produced evidence based guidance for non-specialists to enable them to better identify and manage a range of priority mental health conditions.
Interpersonal skills, also known as people skills, are the qualities and behaviours one exhibits while interacting with people. They can be defined as character traits, personal attributes, and other non-technical abilities that help you work and communicate with other people.
It is one of the most sought after soft skills. Interpersonal skills is one of the top criteria based on which companies hire their employees. A person with good interpersonal skills can communicate effectively and collaborate with a range of people, which will help them become successful.
Types of Interpersonal Skills:
The following are some of the essential interpersonal skills:
Communication: Communication is one of the most important interpersonal skills. Communication skills involves verbal, non verbal, and written. Regardless of the field of work, the ability to express your thoughts clearly and effectively with others verbally and in writing is crucial.
Active Listening: Listening goes hand in hand with good communication skills. Active listening involves paying close attention to what the other person is saying and taking the time to absorb and reflect on what they say. It helps you truly understand what someone is trying to convey. Listening demands the ability to decode and interpret verbal messages and nonverbal cues, like the tone of voice, facial expressions, and body language.
Empathy: Empathy is the ability to understand what another person is experiencing and is an essential part of being a good manager, employee, or colleague. This skill can help one get along with their colleagues and form meaningful relationships at the workplace.
Emotional Intelligence: People who have high emotional intelligence are good at identifying and meeting the needs of others while taking responsibility for their own needs and feelings.
Teamwork: Teamwork is essential in almost every industry, and companies expect employees to be team players. Regardless of the role, it is necessary to collaborate and work together towards a common goal.
Conflict Management: Conflict management or conflict resolution skills is needed to mediate and resolve workplace conflicts effectively. Poor communication and lack of interpersonal skills can easily cause simple disagreements to flare up for the worse, affecting the work environment. Having good conflict management skills can help keep the morale high and diffuse conflicts.
Negotiation: Negotiation is a necessary skill for many positions. Depending on the specific job, it might involve creating formal agreements (or contracts) between clients or helping colleagues solve a problem and determine a solution. To be a good negotiator, you must be able to listen to others, use creative problem solving, and arrive at an outcome that satisfies everyone.
Positive Attitude: A positive attitude can take you a long way. A positive attitude plays a vital role in maintaining a good work environment to work. Being positive during difficult situations will make tasks easier, encourage others and boost morale.
Ways to Improve Interpersonal Skills:
Cultivate a positive outlook.
Control your emotions.
Practice active listening.
Maintain good relationships.
Master good communication skills
Attend classes or workshops
In today’s world, technical skills alone won’t guarantee one a job. Strong interpersonal skills help you stand out from the crowd. They complement your technical abilities, enhance performance, boost social interactions, and give you an edge over your competition. Employers look for candidates with good interpersonal skills, as they can be effective communicators, great leaders, good team players and efficient managers.
The three-tier consumer grievances machinery under the consumer protection act are :
District Forum Each District Forum shall consist of a person who is or has been qualified as a District judge, as the President. There must be two other persons who are not less than thirty-five years of age and also possesses a degree from a recognized university. The persons must have adequate knowledge in the field of economics, commerce, industry, public affairs, and administration. The district forum must have the jurisdiction to entertain such complaints where the value of goods or services and the compensation, does not exceed Rs. twenty lakhs. The need for district forums for consumer redressal is that majority of the people who face any consumer rights violation are unable to file a complaint in a state or national forum because such have to look at matters concerning various other district forums which result in a large number of pending cases. District forums are also enabled with a faster way of dispensing consumer redressal as the number of claims is pretty less than that of State/National redressal forums which enables normal people to seek a solution for their problems.
State Commission Each State Commission shall consist of a person who is or has been a judge of the High Court as its president. The Commission also consists of not less than two members, who are above thirty-five years of age and also possess a degree from a recognized university. The persons must have adequate knowledge in the field of economics, commerce, industry, public affairs, and administration. The Act also states that not less than fifty percent of the members shall be from amongst the persons having a judicial background. The State Commission has a jurisdiction to entertain cases where the value of goods or services or the compensation claimed, if any, exceeds the number of Rs. twenty lakhs but does not exceed Rs. one crore. It also entertains appeals against any District Forum within the state and also looks after any pending disputes or cases decided by any of the District forums in which the forums have exercised a jurisdiction not vested in them by the law, or has been exercised illegally or with any material irregularity.
National Commission The National Commission shall consist of a person, who is or has been a judge of the Supreme Court, to be appointed by the Central Government, shall be the President, provided that no appointment shall be made except after the consultation with the Chief Justice of India. The commission shall consist of not less than four members of its executive committee who shall not be less than thirty-five years of age and must be graduates from a recognized university. They must also be specialized in the areas of commerce, economics, and administration. The jurisdiction of the commission shall extend to any case where the compensation amount might exceed Rs. one crore and the Commission shall also entertain appeals against State Commissions.
The Commission also has the power to check any pending disputes or cases decided by any of the State Commissions where the State Commission has exercised a jurisdiction not vested in it by law or it has been exercised illegally or with any material irregularity Power of redressal forums There are various powers for all of the redressal forums with regards to its jurisdiction. Some of them include:
Examining, enforcing as well as summoning the witness on oath;
Discovering and producing any material evidence;
Receiving evidence on affidavit;
Requesting for the report or test analysis from the concerned authorities and laboratories;
Issuing commission for examining the witness; 6. Enforcing any other powers prescribed by the Central or State Government Limitation period
Emotional intelligence, also known as the emotional intelligence quotient (EIQ) or emotional quotient (EQ), is the ability to perceive, control, and manage emotions. Although the term first appeared in 1964, it gained popularity in the 1995 best-selling book Emotional Intelligence, written by science journalist Daniel Goleman. Goleman defined EI as the array of skills and characteristics that drive leadership performance. Emotional intelligence helps build stronger relationships, increase performance at school and work, and achieve professional and personal goals. It can also help connect with your feelings, turn intention into action, and make informed decisions about what matters the most. Since its popularization in recent decades, methods of developing EI have become widely sought by individuals seeking to become more effective leaders.
Mayer, Salovey and Caruso developed the four-branch ability model of emotional intelligence. They divide the abilities and skills of emotional intelligence into four areas –
The ability to perceive emotion
The ability to use emotion to facilitate thought
The ability to understand emotions
The ability to manage emotions
According to Daniel Goleman, an American psychologist who helped to popularize emotional intelligence, there are five main components to it:
Self Awareness: Self-awareness refers to the capacity to recognize and understand emotions and how they can affect others. Self-awareness is associated with being open to different experiences and new ideas and learning from social interactions. It involves knowing your strengths and weaknesses.
Self Regulation: Self-regulation includes being flexible, coping with change, and managing conflict. It also refers to diffusing difficult or tense situations and being aware of how one’s actions affect others and taking ownership of these actions. It involves the appropriate expression of emotion.
Empathy: Empathy, or the ability to understand how others are feeling, is critical to emotional intelligence. This component enables an individual to respond appropriately to other people based on recognizing their emotions. Being empathetic also allows you to understand the power dynamics that often influence social relationships, especially in workplaces. It is vital for guiding your interactions with different people you encounter each day.
Social Skills: Social Skills refers to interacting well with other people. It involves applying an understanding of the emotions of ourselves and others to communicate and interact with others on a day-to-day basis. Different social skills include – active listening, verbal communication skills, non-verbal communication skills, leadership, and developing rapport.
Motivation: Motivation is another important emotional intelligence skill. Emotionally intelligent people are motivated by things beyond external rewards like fame, money, recognition, and acclaim. Instead, they have the desire to fulfil their own inner needs and goals. They seek internal rewards, experience flow from being totally in tune with activity, and pursue peak experiences. Those who are competent in this area tend to be action-oriented. They set goals, have a high need for achievement, and are always looking for ways to do better.
Ways to improve emotional intelligence:
Practice observing how you feel
Pay attention to how you behave
Take responsibility for your feelings
Take time to celebrate the positive
Acknowledge your emotional triggers
Today, studies show that emotional intelligence (EQ) is more important than IQ. Individuals can improve their emotional intelligence to live a successful life. Being emotionally intelligent is important to how you respond to what life gives us. It’s also an important component of compassion and understanding the deeper reasons behind other people’s actions.
Anime (Japanese: アニメ, IPA: ) is hand-drawn and computer animation originating from Japan. In Japan and Japanese, anime (a term derived from the English word animation) describes all animated works, regardless of style or origin. However, outside of Japan and in English, anime is colloquial for Japanese animation and refers specifically to animation produced in Japan. Animation produced outside of Japan with a similar style to Japanese animation is referred to as anime-influenced animation.
The two major reasons for anime culture to be underrated in India are:
1. People think that anime is for children
This perception among people is because of the popularity of American cartoons such as Tom and Jerry, Powerpuff Girls, Dexter’s Lab, Ed, Edd, and Eddy, etc., all of which I, too, used to watch as a child. Since anime is created in a 2D animation medium, many assume that they are cartoons as well, which is ignorant of them. Just because a show is animated doesn’t mean that it is for kids. Sure, cartoons from the West are mostly for kids, but now there are Western animated shows as well that are made for adults. These include Rick and Morty, Big Mouth, Archer, F is for Family, Bojack Horseman, and so on.
Just like these shows, anime is made for late teenage and adult audiences. Some of these series are Attack on Titan, Fullmetal Alchemist Brotherhood, Another, and so on. Anime also touches upon mature themes of racism, war, violence, friendships, depression, friendship, loss, bullying, and so on. And they do it in a better way, unlike in Bollywood, which mostly makes Pyaar waali kahaaniyaan. And to be honest, it’s hypocritical if you talk about how anime is for kids and then you make your kids watch Bollywood movies where women are being objectified in all item songs.
2. People think that anime and hentai are the same things
Yeah, this is a thing. Some people think that anime and hentai are the same just because they are made in Japan and have the same type of animation. Where anime is for all ages and covers all genres, hentai, on the other hand, is mostly anime with porn. It’s Japanese animated pornography mostly meant for adult demography.
Now, one of the most controversial sides of hentai is the sexual portrayal of underage characters, known as lolicon and shoutacon. Although the depiction of children is illegal in most of the world and India, it is protected by the Constitution under Article 39 and the POSCO Act. It is legal to portray both lolicon and shoutacon in Japan and they are widely used in adult manga and hentai. People think that both promote child abuse and child pornography, but a lot of people debunked that comment.
Now, one of the most controversial sides of hentai is the sexual portrayal of underage characters, known as lolicon and shoutacon. Although the depiction of children is illegal in most of the world and India, it is protected by the Constitution under Article 39 and the POSCO Act. It is legal to portray both lolicon and shoutacon in Japan and they are widely used in adult manga and hentai. People think that both promote child abuse and child pornography, but a lot of people debunked that comment.
Three hundred million years before human first stood upright, reptiles known as dinosaurs ruled supreme. Some evolved to become the largest land animals ever to walk on Earth. Other were savage predators. The dinosaurs reign ended about 65 million years ago, probably when a asteroid smashed into the earth and caused them to extinct. In the period that followed, mammals were the dominant species, evolving to produce some amazing creatures, including, eventually us.
The Beginning of life
The Beginning Life on earth began about 3,5600 million years ago. When Earth first formed, it was too hot for life to exist. The first living things were bacteria, which developed in deep-sea springs or muddy pools near volcanoes after the earth had cooled. The bacteria took their energy from chemicals in eater, and slowly developed into more complex life forms, a process known as evolution. Many new living things began to develop by 3,000 million years ago, after some early life forms found a way of getting energy from sunlight and using it to make food. This process is called photosynthesis. During Photosynthesis, Plants release the gas oxygen. The first animals probably looked a little like tiny tadpoles, They lived in the shallow seas that covered earth about 1,200 million years ago and thrived on the new supplies of oxygen in the atmosphere. Slowly, these tiny animals grew together in clusters and developed into the first sponges.
Giant Forest and Insects
Plants began to grow on land around 475 million years ago. These plants lived in swamps and on the muddy shores of rivers. They probably had a waxy coating to stop the salty waters and the sun from drying them out. Plant gradually developed roots to reach water underground. They soon spread beyond the shores and began to the land green. Early plants were able to grow so big because of the climate long ago. In many places the air was damp , rather like it in tropical jungles today. As plants crowded together, they grew taller and taller as they competed for the light. Plants in the great early forests included huge horsetails, club mosses and ferns up to 50 meters tall, That is as high as 10 double Decker buses stacked on top of each other. The first insects were probably the bristle tails, which were the size of the a large prawn.. they had no wings and scurried about the ancient swamps on little legs, They used their bristles to sense movements in the air that warned them a predator was about. They had claws on their mouth-parts that they used to feed on plants and waste.
Rise of the Reptiles
The first reptile was probably Hylonomus, which lived 315 million years ago. Hylonomus was 20 centimetres long and looked rather like a modern lizard. Reptiles like these evolved from a group of amphibian-like tetrapods that laid their eggs on land. Inside the eggs,the young fed on yolks,which made them strong and more likely to survive. Reptiles soon became the dominant species on land. Some early reptiles lived permanently in water. The plesiosaurs had large paddle-like legs for moving through the water and long necks for reaching out to catch fish. Ichthyosaurs looked more like large, toothy dolphins. they were swimming in the oceans at the same time as dinosaurs were living on the land.
Dawn of the Dinosaurs
The first dinosaurs developed from other reptiles from other reptiles about 230 million years ago. At this time, the world looked very different. There were no birds or mammals, and, although there were ferns and trees, there were no grasses or flowering plants. Vast areas were desert, Dinosaurs dominated the world for 150 million years. Dinosaurs lived on land. Some reptiles did live live in the sea, including Plesiosaurus, which was not related to dinosaurs. This large carnivorous animal had along neck and sharp teeth to catch fish. Other reptiles, such as the Pterosaurs, could fly. They had wings made of skin, similar to those of bats. Some dinosaurs might have hunted in packs, working together in order to catch and bring down larger dinosaurs. Their are several theories about why dinosaurs died out about 65 million years ago. The main one is that a giant asteroid crashed into earth around this time. The impact would have created dust, fires, tsunamis, (giant waves) and volcanic eruptions that caused a huge change in planet”s climate. it seems likely that the wold became freezing cold, and the dinosaurs simply could not survive in the icy conditions.
Scientists believe that birds developed from dinosaurs. They have discovered the fossil remains of feathered dinosaurs that many people believe are descended from dinosaurs. Archaeopteryx is the oldest known bird in the world. It flew in ancient skies about 150 million years ago. It was a meat – eating bird about the size of a cow that probably flew fairly short distances at a time. It had feathers like bird, but it also had teeth and clawed hand rather like a dinosaur.
The Rise of Mammals
The 1st mammals developed almost 200 million years ago. During the time of the dinosaurs, mammals were small, furry creatures. They looked rather like the rats and shrews of today, and they ate insects. They scurried around at night and probably lived in holes underground to hide from dinosaurs. After the dinosaurs died out, many new kind of mammals slowly developed.
From Apes to Humans
Primates are a group of mammals that includes apes, monkeys and humans. The 1st primates lived on earth about 50 million years ago, but they looked rather like squirrels. Over million of years, different kinds of primates evolved. Between 20 and 10 million years ago, giant apes were common in Africa. The Neanderthals were an ancient human species that lived in Europe and Asia from about 300,000 to 30,000 years ago, when they became extinct. Long ago, there were other human species, but all of these died out. One was Homo erectus, perhaps our earliest human ancestor. Homo erectus first appeared almost 2 million years ago and died out 100,000 years ago. The 1st people depended on wild plants and animals for food. They used sharp sticks to spear animals or knock them from trees. Their uses of tools and their ability to work together were two of the things that made early humans so successful. Around 5,000 years ago, people began to write and read. This was the end of the prehistoric period because started to write down their history.
A genetic disorder is a genetic problem caused by one or more abnormalities formed in the genome. Most genetic disorders are quite rare and affect one person in every several thousands or millions. Genetic disorders may be hereditary, meaning that they are passed down from the parents’ genes. In other genetic disorders, defects may be caused by new mutations or changes to the DNA. In such cases, the defect will only be passed down if it occurs in the germ-line.
Gene related disorders Autosomal dominant disorders
Autosomal Dominant – A pattern of inheritance in which an affected individual has one copy of a mutant gene and one normal gene on a pair of autosomal chromosomes. (In contrast, autosomal recessive diseases require that the individual have two copies of the mutant gene.)
Chondrodystropic dwarfism– A congenital dwarfism in which the disturbed development of the cartilage of the long bones arrests the growth of long bones, resulting in extremely shortened extremities. People with chondrodystrophy have a normal-sized trunk and abnormally short limbs and extremities (dwarfism). Those affected with the disorder often call themselves dwarfs, little people or short-statured persons. Over 100 specific skeletal dysplasias have been identified. Chondrodystrophy is found in all races and in both females and male and occurs in around one of every 25,000 children.
Myotonic muscular dystrophy– Myotonic dystrophy (DM) is a form of muscular dystrophy that affects muscles and many other organs in the body. The term “muscular dystrophy” means progressive muscle degeneration, with weakness and shrinkage of the muscle tissue. DM is divided into two types;
Type 1 DM (DM1), long known as Steinert disease, occurs when a gene on chromosome 19 called DMPK contains an abnormally expanded section located close to the regulation region of another gene, SIX5.
Type 2 DM (DM2), recognized in 1994 as a milder version of DM1, is caused by an abnormally expanded section in a gene on chromosome 3 called ZNF9. DM2 was originally called PROMM, for proximal myotonic myopathy, a term that has remained in use but is somewhat less common than the term DM2.
Huntington’s disease– An inherited condition in which nerve cells in the brain break down over time.It typically starts in a person’s 30s or 40s. Usually, Huntington’s disease results in progressive movement, thinking (cognitive) and psychiatric symptoms.No cure exists, but drugs, physiotherapy and talk therapy can help manage some symptoms.
Neurofibromatosis– A condition that causes tumors to form in the brain, spinal cord and nerves. Neurofibromatosis is usually non-cancerous. There are three types of this condition.
Type 1 usually appears in childhood, while Types 2 and 3 appear in early adulthood.
Type 1 can cause bone deformities, learning disabilities and high blood pressure.
Type 2 can cause hearing loss, vision loss and difficulty with balance.
Type 3 can cause chronic pain throughout the body.
Some cases may not require treatment other than careful observation. Other cases may require chemotherapy, radiation therapy or surgery.
Hypercholesterolemia– High amounts of cholesterol in the blood. High cholesterol can limit blood flow, increasing the risk of a heart attack or stroke. It’s detected by a blood test. High cholesterol has no symptoms. Treatments include medication, a healthy diet and exercise.
Retinoblastoma- An eye cancer that begins in the back of the eye (retina), most commonly in children. It may occur in one or both eyes. It has few, if any, symptoms at first. It may be noticed if a pupil appears white when light is shone into the eye, sometimes with flash photography. Eyes may appear to be looking in different directions. Treatments include chemotherapy, radiation and laser therapy.
Autosomal recessive disorders – To have an autosomal recessive disorder, you inherit two mutated genes, one from each parent. These disorders are usually passed on by two carriers. Their health is rarely affected, but they have one mutated gene (recessive gene) and one normal gene (dominant gene) for the condition.
Cystic Fibrosis – An inherited life-threatening disorder that damages the lungs and digestive system.It affects the cells that produce mucus, sweat and digestive juices. It causes these fluids to become thick and sticky. They then plug up tubes, ducts and passageways. Symptoms vary and can include cough, repeated lung infections, inability to gain weight and fatty stools. Treatments may ease symptoms and reduce complications. Newborn screening helps with early diagnosis.
Sickle cell disease – A group of disorders that cause red blood cells to become misshapen and break down. With sickle cell disease, an inherited group of disorders, red blood cells contort into a sickle shape. The cells die early, leaving a shortage of healthy red blood cells (sickle cell anaemia) and can block blood flow causing pain (sickle cell crisis). Infections, pain and fatigue are symptoms of sickle cell disease.Treatments include medication, blood transfusions and rarely a bone-marrow transplant.
Thalassaemia – A blood disorder involving lower-than-normal amounts of an oxygen-carrying protein. Thalassemia is an inherited blood disorder characterized by less oxygen-carrying protein (haemoglobin) and fewer red blood cells in the body than normal. Symptoms include fatigue, weakness, paleness and slow growth. Mild forms may not need treatment. Severe forms may require blood transfusions or a donor stem-cell transplant.
Alkaptonuria (black urine disease) – Alkaptonuria, or “black urine disease”, is a very rare inherited disorder that prevents the body fully breaking down two protein building blocks (amino acids) called tyrosine and phenylalanine. It results in a build-up of a chemical called homogentisic acid in the body.
Phenylketonuria – A birth defect that causes an amino acid called phenylalanine to build up in the body. Newborns should be screened for PKU. Untreated phenylketonuria can lead to brain damage, intellectual disabilities, behavioral symptoms or seizures. Treatment includes a strict diet with limited protein.
Albinism – Albinism is a rare group of genetic disorders that cause the skin, hair, or eyes to have little or no color. Albinism is also associated with vision problems. According to the National Organization for Albinism and Hypopigmentation, about 1 in 18,000 to 20,000 people in the United States have a form of albinism.
Tay-Sachs Disease – A rare, inherited disorder that destroys nerve cells in the brain and spinal cord. Tay-Sachs disease is typically found in people with certain ancestry, such as Eastern European Jews. A fatty substance in the brain destroys nerve cells. Symptoms of slowed development usually appear around six months of age. Symptoms progress until they lead to death, often around age four. There is no cure for Tay-Sachs disease, but research is ongoing.
Gaucher,s disease – Gaucher disease is an inherited condition (passed down through families). It is a lysosomal storage disorder, a type of disease that causes fatty substances to build up in the bone marrow, liver and spleen. The fatty substances (sphingolipids) weaken bones and enlarge the organs, so they can’t work like they should.
Galactosemia – Galactosemia is a rare, hereditary disorder of carbohydrate metabolism that affects the body’s ability to convert galactose (a sugar contained in milk, including human mother’s milk) to glucose (a different type of sugar).
Sex linked dominant disorders – Sex-linked dominant is a rare way that a trait or disorder can be passed down through families. One abnormal gene on the X chromosome can cause a sex-linked dominant disease.
Fragile X-syndrome – A genetic condition causing intellectual disability. Fragile X syndrome causes mild to severe intellectual disability. It affects both males and females, but females usually have milder symptoms. Symptoms include delays in talking, anxiety and hyperactive behaviour. Some people have seizures. Physical features might include large ears, a long face, a prominent jaw and forehead and flat feet. Therapy can be used to treat learning disabilities. Medication may be used to treat anxiety and mood disorders.
Vitamin-D resistant rickets – Hypophosphatemic rickets (previously called vitamin D-resistant rickets) is a disorder in which the bones become painfully soft and bend easily, due to low levels of phosphate in the blood. Symptoms usually begin in early childhood and can range in severity
Sex linked recessive disorders
Haemophilia (Bleeder’s Disease) – Hemophilia is usually an inherited bleeding disorder in which the blood does not clot properly. This can lead to spontaneous bleeding as well as bleeding following injuries or surgery. Blood contains many proteins called clotting factors that can help to stop bleeding.
Red green Colour blindness – Red-green color blindness is the most common type of color deficiency. Also known as deuteranopia, this is most likely a congenital condition, meaning that you’re born with it. If you have this type of color blindness, you may have difficulty seeing different shades of red, green, and yellow.
X linked Ichthyosis (XLI) – X-linked ichthyosis (abbreviated XLI) is a skin condition caused by the hereditary deficiency of the steroid sulfatase (STS) enzyme that affects 1 in 2000 to 1 in 6000 males. XLI manifests with dry, scaly skin and is due to deletions or mutations in the STS gene.
Chromosome disorder – An abnormal condition due to something unusual in an individual’s chromosomes. For example, Down syndrome is a chromosome disorder caused by the presence of an extra copy of chromosome 21, and Turner syndrome is most often due to the presence of only a single sex chromosome: one X chromosome.
Autosomal Trisomy in Human beings
Down syndrome (trisomy of 21st chromosomes) – A genetic chromosome 21 disorder causing developmental and intellectual delays. Down’s syndrome is a genetic disorder caused when abnormal cell division results in extra genetic material from chromosome 21. Down’s syndrome causes a distinct facial appearance, intellectual disability and developmental delays. It may be associated with thyroid or heart disease. Early intervention programmes with a team of therapists and special educators who can treat each child’s specific situation are helpful in managing Down’s syndrome.
Edward Syndrome (trisomy of 18th chromosomes) – A condition that causes severe developmental delays due to an extra chromosome 18. A first-trimester screening that includes a blood test and ultrasound offers early information about a baby’s risk of having it. A second trimester blood test called a quad screen can also detect it. Symptoms include low birth weight, small abnormally shaped head and birth defects in organs that are often life threatening. Edwards’ syndrome has no treatment and is usually fatal before birth or within the first year of life.
Patau syndrome (trisomy of 13th chromosomes) – A condition in which a person has an extra chromosome 13. Prenatal testing can detect Patau syndrome during pregnancy. Patau syndrome causes severe intellectual disability and physical defects. Most infants with this condition don’t live past their first week of life. Treatment varies from child to child and focuses on relieving symptoms and managing complications.
Deletion in Chromosomes – In genetics, a deletion (also called gene deletion, deficiency, or deletion mutation) (sign: Δ) is a mutation (a genetic aberration) in which a part of a chromosome or a sequence of DNA is lost during DNA replication. Any number of nucleotides can be deleted, from a single base to an entire piece of chromosome.
Cri-Du-chat Syndrome – Cri du chat syndrome is a rare genetic disorder due to a partial chromosome deletion on chromosome 5. Its name is a French term (“cat-cry” or “call of the cat”) referring to the characteristic cat-like cry of affected children.
Wolf-Hirschhorn Syndrome(WHS) – Wolf-Hirschhorn syndrome (WHS) is a genetic disorder that affects many parts of the body. The major features include a characteristic facial appearance, delayed growth and development, intellectual disability , low muscle tone ( hypotonia ), and seizures.
Translocation in chromosomes – In genetics, chromosome translocation is a phenomenon that results in unusual rearrangement of chromosomes. This includes balanced and unbalanced translocation, with two main types: reciprocal-, and Robertson Ian translocation.
Chronic myelogenous Leukemia (CML Ttanslocation between 9th and 22nd chromosomes) – A slowly progressing and uncommon type of blood-cell cancer that begins in the bone marrow. Chronic myeloid leukaemia typically affects older adults. It’s caused by a chromosome mutation that occurs spontaneously. Doctors aren’t sure what causes the mutation.Many people don’t develop symptoms until later stages and the diagnosis is only made through routine blood work. When symptoms do occur, they include bleeding easily, feeling run down or tired, weight loss, pale skin and night sweats. Treatments include targeted drugs, stem-cell transplant, chemotherapy and biological therapy.
Burkitt’s Lymphoma (Translocation between 8th and 14th chromosomes) – Burkitt lymphoma (BL) is a very fast-growing type of cancer. It is a form of B-cell non-Hodgkin’s lymphoma. Signs and symptoms may differ depending on the form of BL and the organs or body systems involved. When it spreads, weakness and fatigue often develop. Lymphoma cells may build up in the lymph nodes and other organs, causing swelling.
Sex chromosomes linked Disorders – It can be either an autosomal chromosome or a sex chromosome. Sex-linked diseases are inherited through one of the sex chromosomes, which are the X and Y chromosomes. Dominant inheritance occurs when an abnormal gene from one parent can cause a disease, even though a matching gene from the other parent is normal.
Turner syndrome( X – monosomy = 44+ XO) – A chromosomal disorder in which a female is born with only one X chromosome Turner syndrome results from a missing or incomplete sex chromosome. Symptoms include short stature, delayed puberty, infertility, heart defects and certain learning disabilities. Treatment involves hormone therapy. Fertility treatment may be necessary for women who want to become pregnant.
Klinefelter Syndrome (extra X- chromosomes along with Y- chromosomes) – Klinefelter syndrome is a chromosomal condition in boys and men that can affect physical and intellectual development. Most commonly, affected individuals are taller than average are unable to father biological children (infertile); however the signs and symptoms of Klinefelter syndrome vary among boys and men with this condition. In some cases, the features of the condition are so mild that the condition is not diagnosed until puberty or adulthood, and researchers believe that up to 75 percent of affected men and boys are never diagnosed.
Jacobs syndrome ( XYY- with Extra Y- chromosomes) – Males with XYY syndrome have 47 chromosomes because of the extra Y chromosome. This condition is also sometimes called Jacob’s syndrome, XYY karyotype, or YY syndrome. According to the National Institutes of Health, XYY syndrome occurs in 1 out of every 1,000 boys.
Poly X females or Triplo X (with Extra X- chromosomes) – An abnormality resulting in an extra X chromosome in some females.Triple X syndrome is usually caused by malformation of an egg or sperm cell or by an error early in embryo development. Many women have few or no symptoms. In most cases, no treatment is required. Those who experience developmental delays and learning disabilities may require intervention, such as counselling.
Due to the wide range of genetic disorders that are known, diagnosis is widely varied and dependent of the disorder. The basic aspects of a genetic disorder rests on the inheritance of genetic material. With an in depth family history, it is possible to anticipate possible disorders in children which direct medical professionals to specific tests depending on the disorder and allow parents the chance to prepare for potential lifestyle changes, anticipate the possibility of stillbirth, or contemplate termination Prenatal diagnosis can detect the presence of characteristic abnormalities in foetal development through ultrasound, or detect the presence of characteristic substances via invasive procedures which involve inserting probes or needles into the uterus such as in amniocentesis.
Not all genetic disorders directly result in death; however, there are no known cures for genetic disorders. Many genetic disorders affect stages of development, such as Down syndrome, while others result in purely physical symptoms such as muscular dystrophy. Other disorders, such as Huntington’s disease, show no signs until adulthood. During the active time of a genetic disorder, patients mostly rely on maintaining or slowing the degradation of quality of life and maintain patient autonomy. This includes physical therapy, pain management, and may include a selection of alternative medicine programs.
The treatment of genetic disorders is an ongoing battle with over 1800 gene therapy clinical trials having been completed, are ongoing, or have been approved worldwide. Despite this, most treatment options revolve around treating the symptoms of the disorders in an attempt to improve patient quality of life. Gene therapy refers to a form of treatment where a healthy gene is introduced to a patient. This should alleviate the defect caused by a faulty gene or slow the progression of disease. A major obstacle has been the delivery of genes to the appropriate cell, tissue, and organ affected by the disorder. How does one introduce a gene into the potentially trillions of cells which carry the defective copy? This question has been the roadblock between understanding the genetic disorder and correcting the genetic disorder.
Genetic disorders are a topic in biology that cannot be avoided. The fact is that genetic disorders can happen in humans, plants or animal. No one and nothing is safe from a genetic disorder. A genetic disorder can appear in the first years off life, or can appear much later in life when least expected. A basic principal of biology states that the behaviour of chromosomes during the meiosis process can account for genetic inheritance patterns.
The Constitution of India is the supreme law of the country. It is the fundamental governing document that provides a comprehensive framework to guide and govern the country. The Constituent Assembly of India on adopted the Constitution on 26th November, 1949. It came into effect on 26th January 1950, celebrated as Republic Day in India, replacing the Government of India Act 1935, and the Dominion of India became the Republic of India.
The Constitution of India establishes the main organs – executive, legislature, and judiciary, defining their powers, states the fundamental rights and the responsibilities of citizens. The Indian Constitution is the world’s lengthiest for any sovereign nation. At its enactment, the original text of the Constitution contained 395 articles in 22 parts and 8 schedules. At about 145,000 words, it is the second-longest active Constitution in the world, after the Constitution of Alabama. The Constitution has a preamble and 470 articles, in 25 parts, with 12 schedules and 5 appendices. It was neither printed or typed, but was handwritten and calligraphed in both Hindi and English.
The Constituent Assembly:
The Constituent Assembly was responsible was drafting the Constitution. The members were elected indirectly by the people by the ‘Provincial Assemblies’ by a single, transferable-vote system of proportional representation. The Constituent Assembly met for the first time on 9 December 1946, reassembling on 14 August 1947 as a sovereign body. The constitution was drafted by 299 delegates, and the assembly took almost 3 years to frame the document holding 11 sessions over 165 days.
Dr. B.R Ambedkar, the chairman of the Drafting Committee, was the chief architect and widely known as the Father of the Indian Constitution. Some of the prominent members of the assembly included – Jawaharlal Nehru, C. Rajagopalachari, Rajendra Prasad, Vallabhbhai Patel, Abul Kalam Azad, Shyama Prasad Mukherjee, Nalini Ranjan Ghosh, and Balwantrai Mehta, Sarojini Naidu, Hansa Mehta, Durgabai Deshmukh, Amrit Kaur, and Vijaya Lakshmi Pandit. Following India’s independence from the British Government in 1947, its members served as the nation’s first Parliament.
A preamble is an introductory statement in a document that explains the philosophy and objectives behind it. The Preamble contains the intention of the makers and the history behind its creation. The Preamble declares India to be a sovereign, socialist, secular, and democratic republic. The objectives stated by the Preamble are to secure justice, liberty, equality for all citizens and promote fraternity to maintain the unity and integrity of the nation. These objectives specified in the Preamble cannot be amended and constitute the basic structure of the Indian Constitution.
Keywords of the Preamble:
We, The People of India: The Constitution was created and made by the people through representatives, without any external power.
Sovereign: People have the supreme right to make decisions on internal as well as external matters. No external power can dictate the government of India.
Socialist: Wealth is generated socially and should be shared equally by society. Government should regulate the ownership of land and industry to reduce social and economic inequalities.
Secular: Citizens have complete freedom to follow any religion. The government treats all religious beliefs and practices with equal respect.
Democratic: A form of government where people have equal political rights, elect their rulers, and hold them accountable.
Republic: The head of the state is an elected person and not a hereditary position.
Justice: Citizens will not be discriminated against by their caste, religion, and gender. Government should work for the welfare of all, especially of the disadvantaged groups.
Liberty: There are no restrictions on the citizens in what they think, how they wish to express their thoughts, and the way they want to follow up their ideas in action.
Equality: All are equal before the law. The government must ensure that there are no social inequalities.
Fraternity: All of us should behave as if we belong to the same family. No one should treat a fellow citizen as inferior.
Fundamental Rights are the basic human rights guaranteed by the Constitution of India. These rights are justiciable, and an individual can move the Supreme Court or the High Courts if there is an encroachment on any of these rights.
(i) Right to Equality
(ii) Right to Freedom
(iii) Right against Exploitation
(iv) Right to Freedom of Religion
v) Cultural and Educational Rights
vi) Right to Constitutional Remedies.
Governmental Sources of Power:
The Constitution is considered federal in nature and unitary in spirit. It has features of a federation, including a codified, supreme constitution; a three-tier governmental structure (central, state, and local); division of powers; bicameralism; and an independent judiciary. It also possesses unitary features such as – a single constitution, single citizenship, an integrated judiciary, a flexible constitution, a strong central government, appointment of state governors by the central government, All India Services (the IAS, IFS, and IPS), along with emergency provisions. This unique combination makes it quasi-federal in form.
The executive, legislative, and judicial branches of government receive their power from the Constitution. It provides for the Parliamentary form of government with a bicameral legislature at the Centre consisting of Lok Sabha (Lower House of Parliament) and Rajya Sabha (Upper House of Parliament). The President is the nominal head of the state and the Parliament. In actual practice, the Prime Minister, aided by the Council of Ministers, heads the executive and is responsible for governance.
An impartial judiciary, independent of the legislature and the executive, is one of the main features of the Constitution. The Supreme Court of India is the highest court of the country, and is known as the guardian of the Constitution. Each state has a High Court as its highest court. Under powers of judicial review, the Supreme Court and High Court can declare a law as unconstitutional or ultra vires if it contravenes any provisions of the Constitution.
The Body of man is made up of many tissues and organs. They number in millions. The cells are organised uniquely and function dynamically together. Their complexities can be better understood when it is closely scanned. Here are some bits of information that are quite interesting.
The stomach takes 20 minutes to tell the brain that is is full and that one should stop eating.
The thickness of the skin varies from 1/2 to 6 mm, depending on the area of your body.
The four taste zones on your tongue are bitter (back), sour (back sides), salty (front sides), and sweet (front)
One uses 14 muscles to smile and 43 to frown.
It takes the interaction of 72 different muscles to produce human speech.
The strongest muscle of the body is the masseter muscle, which is located in the jaw.
The small intestine is about 750 cm long.
The large intestine is 150 cm long and 3 times wider than the small intestine.
Most people shed 20 kg of skin in their lifetime.
When you sneeze, air rushes through your nose at the rate of 156 kmph.
An eye lash lives about 150 days before it falls out.
Our brain sends messages at the rate of 375 kmph.
About 5-6 litres of blood is filtered by 2 million nephrons 37 times a day.
Each of our eyes has 120 M rods, which helps us to see in black & white.
Each eye has 6 M cones, which helps us to see colour.
We blink our eyes about 20,000 times a day.
Our heart beats about 100,000 times day.
Placed end-to-end all our body”s blood vessels would measure about 90,000 kms.
The average human brain has about 100 billion nerve cells.
The thyroid cartilage is more commonly known as the Adam’s Apple.
It is impossible to sneeze with open eyes.
When you sneeze, all your bodily functions stop even your heart.
Babies are born without knee cap. They don’t appear till they are 2-6 years of age.
Children grow faster in spring season.
Women blink twice as much as men.
If one is blind in one eye, he/she only loses about 1/5 vision and the sense of depth.
Our eyes are always the same size from the birth, but our nose and years never stop growing.
The length of the finger shows how fast the fingernail grows. the nail on the middle finger grows fastest. On an average our toenails grow twice as slow as our fingernails.
Hair is made of the same substance as fingernails.
The nose can remember 50,000 scents.
A finger nail takes 6 months to grow from base to tip.
The energy used by the brain is enough to light a 25 watt bulb.
The heart produces enough pressure to squirt blood 900 cm.
We get a new stomach lining every 3-4 days. If we didn’t,the strong acids our stomach uses to digest foods would also digest our stomach.
A pair of feet has 500,000 sweat glands.
Each square inch of human skin consists of 600 cm of blood vessels.
The liver is the only major organ in the human body that can regenerate itself if part of it is removed.
Dr. APJ Abdul Kalam is a well known name in the entire world. He is considered as a part of the best researchers of the 21st century. Considerably more, he turns into the eleventh leader of India and served his country. He was the most esteemed individual of the nation as his commitment as a researcher and as a president is mind-boggling. Aside from that, his commitment to the ISRO (Indian Space Research Organization) is noteworthy. He headed many activities that added to the general public likewise he was the person who helped in the improvement of Agni and Prithvi rockets. For his association in the Nuclear force in India, he was known as “Rocket Man of India”. What’s more, because of his commitment to the country, the public authority granted him with the most noteworthy regular citizen grant.
APJ Abdul Kalam was brought into the world in Tamil Nadu. Around then the monetary state of his family was poor so since the beginning he began supporting his family monetarily. However, he never surrendered training. Alongside supporting his family he proceeded with his investigations and finished graduation. Most importantly, he was an individual from the Pokhran atomic test directed in 1998.
There is an innumerable commitment of Dr.APJ Abdul Kalam to the nation yet he was generally renowned for his most prominent commitment that is the improvement of rockets that passes by the name Agni and Prithvi.
The incredible rocket man turns into the President of India in 2002. During his administration period, the military and nation accomplished a huge number that contributed a great deal to the country. He served the country with an open heart that is the reason he was called ‘individuals’ leader’. However, toward the finish of his term period, he was not happy with his work that is the reason he needed to be the President a second time yet later on relinquished his name.
In the wake of leaving the official office toward the finish of his term Dr. APJ Abdul Kalam again go to his old enthusiasm which is instructing understudies. He worked for some eminent and esteemed organization of India situated the nation over. Most importantly, as indicated by his the young people of the nation is exceptionally skilled yet need the chance to demonstrate their value that is the reason he upheld them in all their products deed.
He passed on during conveying a talk to understudies in Shillong by unexpected heart failure in 2015. He was an extraordinary researcher and a pioneer engineer who served as long as he can remember for the country and kicked the bucket while serving it. The man had the vision to make India an incredible country. Furthermore, as indicated by his the adolescent are the genuine resources of the nation that is the reason we ought to move and persuade them.
Social Issues is an unwanted state which opposes society or a certain a part of society. It refers to an unwanted situation that regularly consequences in issues and continues to harm society. Social issues can motive a whole lot of issues that can be past the manipulate of just one character. Through an essay on social problems, we are able to study why they’re dangerous and what varieties of social troubles we are facing.
Social problems have a lot of drawbacks that harms our society. They are conditions that have an unfavourable and unfavourable end result on our society. They rise up when the public leaves nature or society from a great situation. If you look intently, you may recognise that almost all varieties of social troubles have not unusual origins. In the experience that they all are interconnected one way or the other. Meaning to say, if one solves the other one is likewise maximum likely to clear up. Social troubles have a massive awful impact on our society and in the long run, it affects all and sundry. In order to solve a few social troubles, we need a commonplace technique. No society is free from social problems, almost every considered one of them has some social trouble or the other.
There are a whole lot of social issues we are going through proper now, a few more prominent than the others. First of all, poverty is a international problem. It gives birth to quite a few other social issues which we need to try and get away with on the earliest. Further, international locations like India, Nepal, Bangladesh, Sri Lanka, Pakistan and more are facing the problem of the caste gadget on the grounds that times unknown. It consequences in a whole lot of caste violence and inequality which takes the lives of many on a each day basis. Moreover, child labour is any other principal social trouble that damages the lives of younger youngsters. Similarly, illiteracy additionally ruins the lives of many via destroying their chances of a bright future.
In developing nations often, child marriage still exists and is liable for ruining many lives. Similarly, dowry is a completely severe and commonplace social problem that the majority instructions of people partake in. Another distinguished social difficulty is gender inequality which takes away many possibilities from deserving human beings. Domestic violence specially in opposition to ladies is a serious social difficulty we have to all fight against. Other social problems include starvation, infant sex abuse, religious conflicts, child trafficking, terrorism, overpopulation, untouchability, communalism and many greater. It is high time we stop those social troubles.
A society can efficaciously cease social issues if they turn out to be adamant. These social problems act as a barrier to the progress of society. Thus, we ought to all come collectively to fight against them and placed them to an end for the extra desirable.
In daily existence the time period character is very freely utilized by human beings with exclusive meanings. Some humans discuss with the bodily appearance like height, weight, color, frame constructed, dress, voice, and so on. Some other people talk to intellectual qualities like intelligence, activeness, manner of speech, questioning and reasoning talents, etc.
It is likewise stated social traits like sociability, generosity, kindness, reservedness, etc. On the basis of these characteristics they judge humans as robust or vulnerable personalities, accurate and terrible personalities, and so forth. In this manner all of us make character judgments about the people we recognise. A predominant a part of coming to understand ourselves is growing a sense of what our persona characteristics are. We even form impressions about personalities of people we do now not realize, but have simplest study about. As we shall see, these regular uses of the time period are pretty distinctive from the meaning psychologists give to the term character.
The time period personality has been derived from a Latin phrase ‘personality’- means ‘masks’. In olden days, even as gambling dramas, on the way to provide accurate results to the roles played by means of them, the Greek actors used to put on mask. The psychologists hold to apply the term character to suggest that, the real or inner characteristics of someone could be distinct from, that of the features seen apparently. Hence, defining and expertise the character is not very clean as it appears. It could be very difficult to define character in a unique way. Different psychologists have described persona in their personal ways.
Eysenck defines that, “character is the more or less stable and enduring agency of someone’s character, temperament, mind and body which determines his unique adjustment to the surroundings.”
Most of the definitions of persona have attempted to Consider the totality of the person, that means, all of the capabilities, tendencies and different characteristics, each inherent in addition to acquired, which might be extra or less regular, and distinguishable from the human beings are protected in the personality.
Lung Cancer affects a life-sustaining system of the body, the respiratory system. It is one of the commonest malignancies in the world. Lung Cancer develops when normal lungs cells sustain genetic damage that eventually leads to uncontrolled cell proliferation. like all cancers, lung cancers cells have the ability to invade neighboring tissues and spread or metastasize to distant parts of the body. Left untreated, lung cancer eventually causes death.
With increasing prevalence of smoking, lung cancer has reached epidemic proportions in India. While there are more cases of lung cancer diagnosed in men, the numbers of woman being diagnosed has increased. Lung cancer is rarely diagnosed in younger than 40, but incidence rises steeply thereafter peaking in people aged 75-84 years. Most cases occur in people over the age of 60.
The lungs are highly vascularized organs, meaning they have many blood vessels running through them. This vascularization is needed for the quick exchange of oxygen and carbon dioxide that takes place with each breath. Among people with lung cancer, these blood vessels provide many convenient routes for lung cancer cells to travel to other pats of the body. Most cancer cells that enter the bloodstream die. However, if lung cancer cells survive and begin to grow in a site distant from the lungs, they produce metastatic tumors. Lung Cancer tends to spread or metastasize very early; therefore it is a very life threatening cancer and one of the most difficult cancers to treat. While lung cancer can spread to any organ in the body, certain organs – particularly the adrenal glands, liver, brain, and bone – are the most common sites for lung cancer metastasis.
The lung also is a very common site for metastasis from tumors in other parts of the body. Tumor metastasis are made up of the same types of the cells as the original (primary) tumor. For Example- If Lung cancers can arise in any part of the lung, but 90%-95% of cancers of the lung are thought to arise from the epithelial-cells, the cells lining the larger and the smaller airways (bronchi & bronchioles); for this reasons, lung cancers are sometime called bronchogenic cancers. Lung cancer development is a multi-factorial process. The majority of lung cancers occur in people who are either current or former smokers. While the relationship between smoking and lung cancer is well established, other factors also come to play
There are two main types of lung cancer- non-small-cell (NSCLS) and small-cell (SCLC), which develop and are treated in different ways. .
With Windows 11, Microsoft has brought in several changes that promise to change just how you interact with your Windows-based machines. From the inclusion of improved multi-window multitasking to features that improve PC gaming, there’s a lot to be excited about here.
However, arguably the biggest change that’s come to Windows 11 is the fact that it comes with a new, simplified Start menu. This new Start menu comes with an updated Start button that is now positioned at the center of the taskbar, instead of being placed in a corner. This is a design change that makes navigating the operating system so much easier than before.
This new Start Menu is built using Microsoft’s Fluent Design language and as such features rounded corners and big icons. The search bar in the Start Menu is now displayed across the top, which depending on how you use your operating system could be an interesting addition.
Apart from this, Windows 11 also offers what Microsoft calls the Desktops to feature that gives the user the ability to set up and manage multiple iterations of your desktop. It’s a simple and easy feature to use, which when gotten used greatly improves ease of use. This can be accessed by going to this new icon that all Windows users of the past will instantly notice on their home screens. This Task View button sits alongside the Start button and looks like contrasting windows over one another. Hover your pointer over it, and you’ll see a small preview of all the desktops you have open, as well as the option to set up a new one
Should we upgrade to Windows 11?
Well, eventually yes.
The operating system offers a ton of new features and visual upgrades that make it a better, and fresher offering than Windows 10. From the gaming-first features to the redesigned Start menu and Widgets apps, enough is being offered to help you decide to make the move. However, as we found out when running benchmarks on Windows 11, the new operating system, for now, is not without its issues.
There appear to be bugs in the code that are holding back the performance of Windows 11 — even if it’s by a measly 2-3 percent. While that may not be too big a deal for some, in our opinion, it is something that should make us wait for a few weeks at least before moving to Windows 11 as Microsoft should be able to iron out these minor issues with software updates soon enough.
The performance of Windows 11 might be a little slower than windows 10 but initially, in time, this problem will be solved soon. And windows 11 will provide a very pleasing experience to all its users.
Ps: Microsoft is providing a free upgrade to Windows 11 for most of the windows 10 users.
The requirements for installing windows 11 are
A “compatible” 1 GHz or faster dual-core 64-bit processor from Intel, AMD, or Qualcomm.
4GB of RAM.
64GB of storage.
UEFI Secure Boot supported and enabled.
A Trusted Platform Module (TPM), version 2.0.
A DirectX 12-compatible GPU with a WDDM 2.0 driver.
Sociology is a social science that deals with the study of society. It is a broad discipline that explores human social behavior and social relationships. At its core, sociology promotes critical thinking, poses analytical questions, and pursues solutions. The word sociology is derived from the Latin word socius (companion) and the Greek word logos (study of), which means the study of companionship.
The discipline examines human behavior influenced by social structures (groups, communities, organizations), social categories (age, sex, class, race, etc.), and social institutions (politics, religion, education, etc.). The traditional focus of sociology includes social class, social mobility, religion, gender, law, and sexuality. It has now extended its focus to other subjects and institutions like the military, education, social capital, and health.
Sociology is a relatively new discipline, with roots in the works of ancient philosophers like Plato, Aristotle, and Confucius. It formally originated in the early 19th century during the industrial revolution. The industrial revolution was one of the main factors in the emergence of sociology. The industrial revolution had immense effects creating an unprecedented amount of change as well great implications on modern society. Where the once meticulous art of making goods and items by hand was the norm, this was quickly replaced with engine manufacturing allowing goods to be produced in large quantities and bringing about the development of factory organization. The emergence of the nuclear family as well as work force diversifications, are all but some of the implications of the industrial revolution.
Auguste Comte, a French philosopher, coined the term sociology in 1838 and is thus known as the “Father of Sociology.” Comte became interested in studying society because of the changes that took place as a result of the Industrial Revolution. He believed that science could help study and understand the social world, and scientific analyses could aid the discovery of laws governing social lives. He then introduced the concept of positivism to sociology — a way to understand the social world based on scientific facts. From his observations of the numerous changes taking place on the societal front, he believed that society should be understood and studied as it was, rather than what it should be.
The founding fathers of sociology are Emile Durkheim, Max Weber, Karl Marx, and Herbert Spencer. They helped define and develop sociology as a science and discipline, each contributing theories and concepts still used and understood in the field. Some of the other prominent contributors to this discipline were – W.E.B Du Bois, Harriet Martineau.
The two main approaches of sociology include micro-sociology and macro-sociology. These two sociological approaches are conceptually different from each other but are interrelated and essential in the study of society.
Microsociology is the study of an individual. It refers to approaches and methods that focus on the nature of everyday human behavior at the community level. At this level, Social status and social roles are the main components of social structure.
Macrosociology is the study of society as a whole. It refers to approaches and methods that study large-scale patterns and trends within the overall social structure and population. At this level, the main focus is on the social system of a higher level.
Areas of Sociology:
Sociology is a broad discipline with many branches of study. The following are a few areas of sociology –
Criminology: This branch of sociology studies the criminal behavior of individuals or groups.
Religion: The sociology of religion examines the practices, history, development, and roles of religion in society.
Family: The sociology of family focuses on marriage, divorce, child-rearing, and domestic abuse.
Education: The sociology of education studies how educational institutions influence social structures and experiences.
Globalization: The sociology of globalization focuses on the economic, political, and cultural aspects and implications of a globally connected society.
Consumption: The sociology of consumption places consumption at the center of research questions, studies, and social theory.
Race and Ethnicity: The sociology of race and ethnicity examines the social, political, and economic relations between races and ethnicities.
Social Inequality: The sociology of social inequality studies the unequal distribution of power, privilege, and prestige in society.
Work and Industry: The sociology of work examines the implications of technological change, globalization, labor markets, work organization, and employment relations.
Health and Illness: The sociology of health focuses on the social effects and society’s attitudes towards diseases and disabilities.
Theories of Sociology:
Symbolic Interaction Theory: The symbolic interaction perspective is also called symbolic interactionism. George Herbert Mead, an American philosopher, introduced this theory in the 1920s. This perspective relies on the symbolic meaning that people develop in the process of social interaction. This theory studies society, focusing on the symbolic meanings given by people to objects and behaviors. Importance is given to symbolic meanings because people act based on what they choose to believe. People comprehend each other’s behavior, and these comprehensions help form social bonds.
Conflict Theory: Conflict theory explains that conflicts arise when resources and power are not distributed equally between groups in a society. Karl Marx, a German philosopher, introduced this theory focused on the causes and consequences of class conflict between the bourgeoisie (owners of the means of production) and the proletariat (the laborers). The basic idea of conflict theory is that individuals and groups within society will work to maximize their wealth and power. The conflict theory, premised on class conflicts, is now used to study how other conflicts on race, gender, sexuality, religion, culture, and nationality can affect our lives.
Functionalist Theory: The functionalist perspective is also called functionalism. This theory has its origins in the works of Emile Durkheim, who was interested in how social order is possible or how society remains relatively stable. The functionalist perspective perceives society as an elaborate system whose individual aspects work together to promote the stability of the whole. According to the functionalist theory, the different parts of society are composed of social institutions, each designed to fulfill different needs. An institution only exists because it serves a vital purpose in the functioning of society. He considered society as an organism since each component plays an important role but can’t function alone. When one part experiences a problem, others must adjust to fill the void.
Some other notable theories include – Feminist Theory, Game Theory, Critical Theory, Social Learning Theory, Rational Choice Theory and Chaos Theory.
Sociology prepares people for a range of careers. A degree in sociology can lead to work opportunities with government agencies, non-governmental organizations, and corporations in fields like social service, counseling, designing policies, and market research. Knowledge in sociology serves as an advantage in sales, public relations, journalism, teaching, law, and criminal justice.
Sociology will help gain a better understanding of the social forces that shape our life. It can provide foundational knowledge about social interactions, organizations and society helpful in the pursuit of careers and a good life for ourselves and our families. Sociology helps enhance one’s ability to be an active and informed citizen, and be able to influence societal choices and policies.
Earth is the only planet in the solar system with life. It is home to numerous species. It is home to numerous species. but today, our planet is afflicted with environmental issues that are life threatening. Now water, air, and soil is polluted. Because of the increasing population and the irresponsible human behaviour, the environment conditions are becoming worse and perhaps uninhabitable. Some of the major environment problems faced by the world looming large are listed below.
Global Warming & Climate Change
“Global warming” refers to the rise in global temperatures due mainly to the increasing concentrations of greenhouse gases in the atmosphere.
“Climate change” refers to the increasing changes in the measures of climate over a long period of time – including precipitation, temperature, and wind patterns.
Earth’s climate has changed throughout history. Just in the last 650,000 years there have been seven cycles of glacial advance and retreat, with the abrupt end of the last ice age about 11,700 years ago marking the beginning of the modern climate era — and of human civilization. Most of these climate changes are attributed to very small variations in Earth’s orbit that change the amount of solar energy our planet receives.
The current warming trend is of particular significance because it is unequivocally the result of human activity since the mid-20th century and proceeding at a rate that is unprecedented over millennia. It is undeniable that human activities have warmed the atmosphere, ocean, and land and that widespread and rapid changes in the atmosphere, ocean, cryosphere, and biosphere have occurred.
The planet’s average surface temperature has risen about 2.12 degrees Fahrenheit (1.18 degrees Celsius) since the late 19th century, a change driven largely by increased carbon dioxide emissions into the atmosphere and other human activities.4 Most of the warming occurred in the past 40 years, with the seven most recent years being the warmest. The years 2016 and 2020 are tied for the warmest year on record.
The ocean has absorbed much of this increased heat, with the top 100 meters (about 328 feet) of ocean showing warming of more than 0.6 degrees Fahrenheit (0.33 degrees Celsius) since 1969.6 Earth stores 90% of the extra energy in the ocean.
The Greenland and Antarctic ice sheets have decreased in mass. Data from NASA’s Gravity Recovery and Climate Experiment show Greenland lost an average of 279 billion tons of ice per year between 1993 and 2019, while Antarctica lost about 148 billion tons of ice per year.
Glaciers are retreating almost everywhere around the world — including in the Alps, Himalayas, Andes, Rockies, Alaska, and Africa.
Satellite observations reveal that the amount of spring snow cover in the Northern Hemisphere has decreased over the past five decades and the snow is melting earlier.
Global sea level rose about 8 inches (20 centimeters) in the last century. The rate in the last two decades, however, is nearly double that of the last century and accelerating slightly every year.
The clearing or thinning of forests by humans is known as Deforestation.
Forests cover 31% of the land area on our planet. They help people thrive and survive by, for example, purifying water and air and providing people with jobs; some 13.2 million people across the world have a job in the forest sector and another 41 million have a job that is related to the sector. Many animals also rely on forests. Eighty percent of the world’s land-based species, such as elephants and rhinos, live in forests.
Forests also play a critical role in mitigating climate change because they act as a carbon sink soaking up carbon dioxide that would otherwise be free in the atmosphere and contribute to ongoing changes in climate patterns.
But forests around the world are under threat, jeopardizing these benefits. The threats manifest themselves in the form of deforestation and forest degradation.
The main cause of deforestation is agriculture (poorly planned infrastructure is emerging as a big threat too) and the main cause of forest degradation is illegal logging. In 2019, the tropics lost close to 30 soccer fields’ worth of trees every single minute.
Our energy sources such as petroleum, biofuel, coal, etc. are ,mostly non-renewable resources. The energy crisis due to the excess usage of these energy sources, are not depleting the sources fast, but are also adding the green the greenhouse gases which in turn are adding to the green house gases which in turn are adding to the global warming condition. So, most countries are looking for alternative energy sources such as wind energy, solar energy, nuclear energy etc, which will be helpful in the future.
Ozone Layer Depletion
Ozone layer depletion is the gradual thinning of the earth’s ozone layer in the upper atmosphere caused due to the release of chemical compounds containing gaseous bromine or chlorine from industries or other human activities.
This happens when the chlorine and bromine atoms in the atmosphere come in contact with ozone and destroy the ozone molecules. One chlorine can destroy 100,000 molecules of ozone. It is destroyed more quickly than it is created.
Some compounds release chlorine and bromine on exposure to high ultraviolet light, which then contributes to the ozone layer depletion. Such compounds are known as Ozone Depleting Substances (ODS).
The ozone-depleting substances that contain chlorine include chlorofluorocarbon, carbon tetra-chloride, hydro-chlorofluorocarbons, and methyl chloroform. Whereas, the ozone-depleting substances that contain bromine are halons, methyl bromide, and hydro bromofluorocarbons.
Chlorofluorocarbons are the most abundant ozone-depleting substance. It is only when the chlorine atom reacts with some other molecule, it does not react with ozone.
Montreal Protocol was proposed in 1987 to stop the use, production and import of ozone-depleting substances and minimise their concentration in the atmosphere to protect the ozone layer of the earth.
If the emission of these gases and other harmful gases are not checked, the ozone layer will disappear very soon. This may expose the living beings to harmful radiations which cause life-threatening diseases like skin cancer.
Pollution is the introduction of contaminants into the natural environment that cause adverse change. Pollution can take the form of chemical substances or energy, such as noise, heat, or light. All these pollution are very harmful and can seriously affect the living being. Air pollution is related to the emission of harmful gases in the earth’s atmosphere causing health problems. Water Pollution on the other hand, is related to the dumping of waste materials in the water which causes harm to the aquatic as well as terrestrial life. Soil pollution is also related to dumping of waste material, fertilizer run-offs, pesticides and in the sol which degrades the soil. Now comes noise pollution, radio waves from mobile towers and mobile phones, smell pollution, which is related to the high frequency sound ways and pungent smell which are harmful for the ears, brains, nose and lungs.
Waste are unwanted or unusable materials. Waste is any substance which is discarded after primary use, or is worthless, defective and of no use.
A by-product by contrast is a joint product of relatively minor economic value. A waste product may become a by-product, joint product or resource through an invention that raises a waste product’s value above zero.
Examples include municipal solid waste (household trash/refuse), hazardous waste, wastewater (such as sewage, which contains bodily wastes (feces and urine) and surface runoff), radioactive waste, and others.
Inappropriately managed waste can attract rodents and insects, which can harbor gastrointestinal parasites, yellow fever, worms, the plague and other conditions for humans, and exposure to hazardous wastes, particularly when they are burned, can cause various other diseases including cancers.
Toxic waste materials can contaminate surface water, groundwater, soil, and air which causes more problems for humans, other species, and ecosystems.
Waste treatment and disposal produces significant green house gas (GHG) emissions, notably methane, which are contributing significantly to global warming.
As global warming and carbon-dioxide emission increase, soil begins to become a larger carbon sink and will become increasingly volatile for our plant life.
Education and awareness in the area of waste and waste management is increasingly important from a global perspective of resource management. The Talloires Declaration is a declaration for sustainability concerned about the unprecedented scale and speed of environmental pollution and degradation, and the depletion of natural resources.
Local, regional, and global air pollution; accumulation and distribution of toxic wastes; destruction and depletion of forests, soil, and water; depletion of the ozone layer and emission of “green house” gases threaten the survival of humans and thousands of other living species, the integrity of the earth and its biodiversity, the security of nations, and the heritage of future generations.
An oil spill is the release of a liquid petroleum hydrocarbon into the environment, especially the marine ecosystem, due to human activity, and is a form of pollution. Oil spills may be due to releases of crude oil from tankers, offshore platforms, drilling rigs and wells, as well as spills of refined petroleum products (such as gasoline, diesel) and their by-products, heavier fuels used by large ships such as bunker fuel, or the spill of any oily refuse or waste oil. It has become a major cause for the extinction of many marine species. The biggest oil spill in the world history was a result of Gulf War and it took place in the Persian Gulf where more than 420 million gallons of oil was spilled by the Iraqi forces just to stop the American soldiers from landing.
Depletion of Resources
Resource depletion is the consumption of a resource faster than it can be replenished.
Natural resources are commonly divided between renewable resources and non-renewable resources . Use of either of these forms of resources beyond their rate of replacement is considered to be resource depletion.
The value of a resource is a direct result of its availability in nature and the cost of extracting the resource, the more a resource is depleted the more the value of the resource increases.
There are several types of resource depletion, the most known being – Aquifer depletion, deforestation, mining for fossil fuels and minerals, pollution or contamination of resources, slash-and-burn agricultural practices, soil erosion, and over consumption, excessive or unnecessary use of resources.
The 1760 industrial revolution saw large-scale mineral and oil exploration and the practice has been gradually growing, leading to more and more natural oil and mineral depletion. And together with the advancements in technology, development, and research in the contemporary era; exploitation of minerals has become easier and humans are digging deeper to access different ore. The increased exploitation of different minerals has led to some of them entering into a production decline.
For example, minerals such as Gasoline, Copper, and Zinc production are estimated to decline in the next 20 years. Plus, oil mining continues to rise due to the upsurge in the number of engines that use petroleum thereby magnifying its depletion. The peak oil theory supports this fact by putting forward that it will come a time when the globe will experience uncertainties on alternative means of fuels owing to the over-harvesting of petroleum.
The total global population is more than seven billion people. Still, there is a consistent increase in the overall earth populace and this has been a critical factor in accelerating the depletion of natural resources. An increase in the populace expands the need for resources and conditions necessary to sustain it. In addition, It contributes to increased ecological contamination. Research further indicates that developing countries are using more and more resources to industrialize and support their ever-increasing population. Hence, the depletion of natural resources will continue as long as the world population increases.
Nations long to have nuclear weapons. But the fact is, nuclear weapons have become one of the most dangerous environmental issues today. The amount of nuclear weapons we have can destroy the entire earth in a few seconds. There are many disadvantages of nuclear of nuclear power. Water is used to cool the reactors which then mixes up with he other water bodies and by this, it ads to the problem of global warming. The waste which is produced is so dangerous that even a a small amount of nuclear waste can harm, a big area and effect the living beings. The misuse of nuclear power has become a threat to the survival of life on earth.
Go Green to Save Earth
In order to save the planet, the only way is to go green. We need to save energy to reduce the energy crisis and to save nature. Switch off all electrical appliances when not in use. Try to avoid non-renewable energy resources and concentrate on renewable energy like solar energy. Save water. preserve rainwater and stop water pollution. Use recycled things. Stop using plastic bags and bottles. Use Eco-friendly things. Control over-population. save trees avoid using paper bags. Plant tress.
Unless you are working for National Geographic or Discovery, desk jobs are mundane. Not every graduate or educated professional ends up working for fun lifestyle channels. Not every show producers get the chance of producing interesting shows like Buffy the vampire slayer or Pushing daisies. Some projects never even find success, some scripts go straight to the dustbin.
Whether you are a writer, producer, entertainer, or director, Youtube gives you the choice of following your passion, unleashing your creativity. Got an idea? Just write a script, self-produced, and broadcast.
Youtube career is not just about a steady paycheck. It’s about finding your audience, getting them to resonate with you while you follow your passion. It lets you connect with strangers with shared passions and drives from all over the world.
No degrees needed, no minimum age
Want to make videos for Youtube? Just get your phone out and start shooting. Want them to look a bit more professional? Get a DSLR and some other YouTube Equipment. You don’t need a lifetime of debt and a snobbish college degree to get a Youtube career. Talent alone is enough. If you know what resonates with your audience, you can start creating video content for your Youtube channel, strategize your posts and start connecting with your audience.
The idea is that if you are starting a Youtube Channel, you are your boss.
No need for a physical office
You can start it anywhere, anytime without any specific capital or partners. You can start it from your bedroom or your kitchen with just some decent video shooting stuff and interesting scripts.
You don’t have to invite your crew to an office every Monday-Friday and work from your home or even when you are on vacation. You may expand later and set up a physical office but if you want to take a slow, no need to go for the big decision. Just work from home!
Youtube is sure competitive and it’s hard to make your mark but all you need is conviction and understanding. You need to understand your audience, learn what they search and what topics are most revered. And, there is no pressure. You don’t have to worry about medical leaves or too much paperwork. You don’t need to write case studies on weekends or study top business blogs every Monday morning. Just get started with your scripts and work them whenever you like. As long as you have powerful content that moves your audience, you won’t face any pressure.
The cost of producing fine content
It’s good to have a million-dollar idea but you need funding to propel it forward. Producing Video content on iPhone or Android phones is great and DIY but if you are aiming for the stars, you need decent gear. Gear alone could cost you a fortune. A studio setup is usually owned by big channels who invest once, upgrade frequently and reap ROI with regular results through consistent series and shows. If you are keen on producing top-quality content, you need costly gear. Hiring talent for your videos may cost you money too.
Youtube has millions of makeup tutorials, all of which use high-end, luxury makeup products. Not many video channels have the capital to invest in the materials needed like makeup or phone for phone review channels. Establishing yourself to qualify for free samples initially may give channels a tough time.
It takes time
Viral videos are otherworldly. It’s hard to tell if the viral factor is wholly organic in cases of viral videos. Perhaps forces of SEO and other tactics are at work there. But the idea is that it’s hard to get your Youtube channel some takes with organic content.
Even if your content is focused on trends, it’s hard to find an audience altogether. 300 hours of videos are uploaded to Youtube every minute. Just imagine the choice YouTubers have! So, it’s really hard to be among the 5 billion videos that are watched every day on YouTube. Cultivating an organic audience of hundreds of thousands of viewers may take time.
Ideas get copied
Starting a Youtube Channel is easy. What if your idea gets copied and the copied video finds the momentum that you couldn’t? A lot of brands pursue plagiarism cases aggressively but small-time channel owners aren’t able to keep track of the new content so there’s no way of finding out if the idea got copied unless it blew up.
Youtube is another coin with two sides and the choice depends on you if you are prepared for the hard work or would like a steady paycheck.
It sure takes money to make impressive videos with high quality and there is no shortage of haters and trolls. But you do need conviction and vision. Are you sure you possess the talent that will make viewers stop and stare? How much faith do you have in your content? Will it set a bar, up the standards, and challenge the mainstream and traditional video content? Do you enjoy working late nights, not having a regular paycheck, shooting and editing videos frequently, developing scripts, coordinating with entertainers, broadcasting cutting-edge content? If yes, Youtube is for you.
Optical instruments are the devices which process light wave to enhance an image for more clear view.
Use of optical instruments, such as a magnifying lens or any complicated device like microscope or telescope usually makes things bigger and helps us to see in a more detailed manner. The use of converging lenses makes things appear larger and on the other hand, diverging lenses always gets you smaller images. While using a converging lens, it’s important to remember that, if an object is at a larger distance then the image is diminished and will be very nearer to the focal point. While the object keeps on moving in the direction of the lens, the image moves beyond the focal point and enlarges. When object is placed at 2F, which is two times the focal distance from the lens, the image and object becomes of the same size. When the object moves from 2F towards the focal point (F), it’s image keeps moving out of the lens and enlarges till it goes to infinity when the object reaches the focal point, F. As the object moves closer to the lens, the image moves in the direction of the lens from negative infinity and gets smaller when the object gets closer to lens.
The first optical instruments were telescopes used for magnification of distant images, and microscopes used for magnifying very tiny images. Since the days of Galileo and Van Leeuwenhoek, these instruments have been greatly improved and extended into other portions of the electromagnetic spectrum. he binocular device is a generally compact instrument for both eyes designed for mobile use. A camera could be considered a type of optical instrument, with the pinhole camera and camera obscura being very simple examples of such devices.
Another class of Optical Instrument is used to analyze the properties of light or optical materials. They include:
Interferometer for measuring the interference properties of light waves.
Photometer for measuring light intensity.
Polarimeter for measuring dispersion or rotation of polarized light.
Reflectometer for measuring the reflectivity of a surface or object.
Refractometer for measuring refractive index of various materials, invented by Ernst Abbe.
Spectrometer or monochromator for generating or measuring a portion of the optical spectrum, for the purpose of chemical or material analysis.
Autocollimator which is used to measure angular deflections.
Vertometer which is used to determine refractive power of lenses such as glasses, contact lenses and magnifier lens.
DNA sequencers can be considered optical instruments as they analyse the color and intensity of the light emitted by a fluorochrome attached to a specific nucleotide of a DNA strand.
Applications of Optical Instruments
Multiple Lenses – There are many devices like telescopes and microscopes which uses multiple lenses to create images. Analyzing any system having multiple lenses shows that it works in stages where each lens forms an image of the object. The original object will work as the object for the first lens and creates an image. This new image will be the object for the second lens and so on..
A microscope has two converging lens. This is because it is easier to get higher magnification with two lenses rather than just one. Use of one lens can magnify 5 times more and using a second will magnify 7 times, and you will get an overall magnification of 35 which is not possible in one lens. It’s an easy procedure than to get magnification by a factor of 35 with a single lens. A ray diagram of microscope arrangement is given below. Here you can see the image is the object for the second lens and the image formed by the second lens is the image that you would see when you looked through the microscope.
Types of Microscopes
A simple microscope is an optical instrument, we use for the magnification of small objects to get a clear image or vision. It is a convex lens having a short focal length. This microscope is at a small distance from the object for the magnification and hence this forms a virtual image. The simple microscope enables us to view very small letters and figures
With a compound microscope, we get very large values of magnification. We use this microscope to see microscopic objects like microorganisms. It comprises of two convex lenses and magnification occurs in both of these lenses. the components of a compound microscope are eyepiece, objective lens, fine and rough adjustment screw.
As we use telescope to view a object that is at very distant place, therefore, a telescope needs at least two lenses. The first lens forms a diminished image which is nearer to its focal point. This device is designed in a way so that real and inverted image formed by the first lens is just nearer to the second lens than its focal length. With the help of a magnifying glass, we gets a enlarged image which is virtual. The final image then inverted with respect to the object. This doesn’t really matter with the astronomical telescope. While observing an object which is on earth, we usually prefer a straight image which is obtained using a third lens.
Types of Telescopes
All refracting telescopes use the same principles. The combination of an objective lens 1 and some type of eyepiece 2 is used to gather more light than the human eye is able to collect on its own, focus it 5, and present the viewer with a brighter, clearer, and magnified virtual image 6. The figure above is a diagram of a refracting telescope. The objective lens (at point 1) and the eyepiece (point 2) gather more light than a human eye can collect by itself. The image is focused at point 5, and the observer is shown a brighter, magnified virtual image at point 6. The objective lens refracts, or bends, light. This causes the parallel rays to converge at a focal point, and those that are not parallel converge on a focal plane.
Reflecting telescopes, such as the one shown in, use either one or a combination of curved mirrors that reflect light to form an image. They allow an observer to view objects that have very large diameters and are the primary type of telescope used in astronomy. The object being observed is reflected by a curved primary mirror onto the focal plane. (The distance from the mirror to the focal plane is called the focal length. ) A sensor could be located here to record the image, or a secondary mirror could be added to redirect the light to an eyepiece.
Catadioptric telescopes, such as the one shown in, combine mirrors and lenses to form an image. This system has a greater degree of error correction than other types of telescopes. The combination of reflective and refractive elements allows for each element to correct the errors made by the other.
X-ray diffraction was discovered by Max von Laue, who won the Nobel Prize in physics in 1914 for his mathematical evaluation of observed x-ray diffraction patterns. Diffraction is the irregularities caused when waves encounter an object. You have most likely observed the effects of diffraction when looking at the bottom of a CD or DVD. The rainbow pattern that appears is a result of the light being interfered by the pits and lands on the disc that hold the data. Shows this effect. Diffraction can happen to any type of wave, not just visible light waves .
X-ray radio-graphs are produced by projecting a beam of X-rays toward an object, in medical cases, a part of the human body. Depending on the physical properties of the object (density and composition), some of the X-rays can be partially absorbed. The portion of the rays that are not absorbed then pass through the object and are recorded by either film or a detector, like in a camera. This provides the observer with a 2 dimensional representation of all the components of that object superimposed on each other. .
Tomography refers to imaging by sections, or sectioning. demonstrates this concept.
The three-dimensional image is broken down into sections.
(S1) shows a section from the left and (S2) shows a section from the right.
CT scans, or computed tomography scans use a combination of X-ray radiography and tomography to produce slices of areas of the human body.
Doctors can analyze the area, and based on the ability of the material to block the X-ray beam, understand more about the material. shows a CT Scan of a human brain.
Doctors can cross reference the images with known properties of the same material and determine if there are any inconsistencies or problems.
Although generally these scans are shown as in, the information recorded can be used to create a 3 dimensional image of the area. shows a three dimensional image of a brain that was made by compiling CT Scans.
A laser is a device that produces a very focused beam of visible light of just one wavelength and color.
Waves of laser light are synchronized so the crests and troughs of the waves line up.
Electrons in a material such as a ruby crystal are stimulated to radiate photons of light of one wavelength.
At each end of the tube is a concave mirror. The photons of light reflect back and forth in the tube off these mirrors.
This focuses the light. The mirror at one end of the tube is partly transparent.
A constant stream of photons passes through the transparent part, forming the laser beam.
One use is carrying communication signals in optical fibres.
Sounds or pictures are encoded in pulses of laser light, which are then sent through an optical fiber.
All of the light reflects off the inside of the fiber, so none of it escapes. As a result, the signal remains strong even over long distances.
More than one signal can travel through an optical fiber at the same time, Optical fibers are used to carry telephone, cable TV, and Internet signals.
A camera is an optical instrument that forms and records an image of an object. The image may be recorded on film or it may be detected by an electronic sensor that stores the image digitally. Regardless of how the image is recorded, all cameras form images in the same basic way.
Light passes through the lens at the front of the camera and enters the camera through an opening called the aperture.
As light passes through the lens, it forms a reduced real image. The image focuses on film (or a sensor) at the back of the camera. The lens may be moved back and forth to bring the image into focus.
The shutter controls the amount of light that actually strikes the film (or sensor). It stays open longer in dim light to let more light in.
Human Eye – An Optical Instrument
The human eye is an optical instrument that enables us to view all the objects around us is a very complex organ.
The white protective membrane seen when looked into the eye directly is a Sclera. It is tuff, opaque and fibrous outer layer of the eyeball.
The circular part is the Iris. The color of the eye is determined by the color of the Iris. The iris works like the shutter of the camera. It absorbs most of the light falling on it and allows it to pass through the pupil.
The center transparent area of the iris is the Pupil. The amount of light that enters the inner part of the eye depends on the size of the pupil.
In bright light, the iris contracts the pupil to restrict the light, whereas in low light it widens the pupil to emit more light into the eye. The eyeball is spherical in shape.
The retina of the eye is able to detect the light and its color because of the presence of senses known as rods and cones.
Light entering the human eye is first refracted by the cornea. The refracted light is then incident on an iris. The lens is just behind the iris and light after refracted through the pupil falls on it and forms a sharp image. Image formation exactly on the retina enables us to see the object clearly.
Defects Of Human Eye
Myopia – A condition in which close objects appear clearly, but far ones don’t.
Hypermetropia – A vision condition in which nearby objects are blurry.
Presbyopia – It is the gradual loss of your eyes’ ability to focus on nearby objects. It’s a natural, often annoying part of aging. Presbyopia usually becomes noticeable in your early to mid-40s and continues to worsen until around age 65.
Astigmatism – A common imperfection in the eye’s curvature. With astigmatism, the front surface of the eye or the lens inside the eye is curved differently in one direction than the other. A common symptom is blurry vision.
Based on the property of reflection and refraction many optical instruments have been designed to understand the behaviour of light more better. Based on the total internal reflection, the phenomenon like Mirage, Transmission through optical fibre, and property of Diamonds could be well understood. Likewise other optical instruments like microscope, telescope etc has been designed to help in the advancement of technology and research studies.
Chemistry plays a very significant role in our everyday life. There is hardly any aspect of life where the chemistry does not play a role. We are indebted to chemists for most of the life saving drugs such as sulpha drugs, penicillin, and streptomycin etc-etc. Medicinal chemistry is an interdisciplinary field of combining aspects of organic chemistry, physical chemistry, pharmacology, microbiology, biochemistry as well as computational chemistry .It is concerned with the discovery, design, synthesis and interaction of pharmaceutical agent (DRUG) with the body. Medicinal chemistry is mainly concerned with small organic molecules both natural and synthetic. Compounds in clinical use are primarily small organic compounds.
Drugs, Medicines and Chemotherapy
In all systems of treatment of disease viz. Ayurvedic, Unani and Allopathic systems, chemical compounds of natural or synthetic origin are used for the treatment of diseases. Drugs– They r chemical compounds of low molecular weights which interacts with macro-molecular targets and produce a biological response. Medicines– When the biological response of a drug is therapeutic (curative) and useful, it is called medicine and is used for the treatment, diagnosis and prevention of diseases.
Distinction between the terms Drugs and Medicines
From chemistry point of view, there is no distinction between the two terms, i.e. all drugs are medicines and all medicines are drugs. However, according to our society and law, these two terms have different meaning as follows-
Medicines are the chemical compounds used to treat diseases, are safe to use, cause no addiction and have minimum toxicity.
On the other hand, drugs are the chemical substances which cure the diseases but are habit forming, cause addiction, and have serious side effects.
For Example, both Penicillin and Heroin are used to cure disease. However, only Penicillin is called Medicine since it does have side effects. On the other hand, Heroin is called a drug because of its pronounced habit forming and addictive properties.
Classification of drugs
Drugs can be categorized in a number of ways. In the world of medicine and pharmacology, a drug can be classified by its chemical activity or by the condition that it treats. Anticonvulsant medications, For example, are used to prevent seizures, while Mucolytic drugs break down mucus and relieve congestion. Each of the regulated drugs that act on the central nervous system or alter your feelings and perceptions can be classified according to their physical and psychological effects.
The different drug types include the following–
Depressants – Drugs that suppress or slow the activity of the brain and nerves, acting directly on the central nervous system to create a calming or sedating effect. This category includes barbiturates (phenobarbital, thiopental, butalbital), benzodiazepines (alprazolam, diazepam, clonazepam, lorazepam, midazolam), alcohol, and gamma hydrogenate (GHB). Depressants are taken to relieve anxiety, promote sleep and manage seizure activity.
Stimulants – Drugs that accelerate the activity of the central nervous system. Stimulants can make you feel energetic, focused, and alert. This class of drugs can also make you feel edgy, angry, or paranoid. Stimulants include drugs such as cocaine, crack cocaine, amphetamine, and methamphetamine. According to the recent World Drug Report published by the United Nations Office on Drugs and Crime, amphetamine-derived stimulants like ecstasy and methamphetamine are the most commonly abused drugs around the world after marijuana.
Hallucinogens – Also known as psychedelics, these drugs act on the central nervous system to alter your perception of reality, time, and space. Hallucinogens may cause you to hear or see things that don’t exist or imagine situations that aren’t real. Hallucinogenic drugs include psilocybin (found in magic mushrooms), lysergic acid diethylamide (LSD), peyote, and dimethyltryptamine (DMT).
Opioids – These are the drugs that act through the opioid receptors. Opioids are one of the most commonly prescribed medicines worldwide and are commonly used to treat pain and cough. These include drugs such as heroin, codeine, morphine, fentanyl, hydrocodone, oxycodone, buprenorphine, and methadone.
Inhalants – These are a broad class of drugs with the shared trait of being primarily consumed through inhalation. Most of the substances in this class can exist in vapor form at room temperature. As many of these substances can be found as household items, inhalants are frequently abused by children and adolescents. These include substances such as paint, glue, paint thinners, gasoline, marker or pen ink, and others. Though ultimately all of these substances cross through the lungs into the bloodstream, their precise method of abuse may vary but can include sniffing, spraying, huffing, bagging, and inhaling, among other delivery routes.
Cannabis Cannabis is a plant-derived drug that is the most commonly used illicit drug worldwide. It acts through the cannabinoid receptors in the brain. Cannabis is abused in various forms including bhang, ganja, charas, and hashish oil.
Therapeutic actions of Different Classes of drugs
Neurologically active drugs -They affect the message transfer mechanism from nerve to receptor.
A tranquilizer refers to a drug which is designed for the treatment of anxiety, fear, tension, agitation, and disturbances of the mind specifically to reduce states of anxiety and tension.
Tranquilizers fall into two main classes, major and minor. Major tranquilizers, which are also known as anti-psychotic agents, or neuroleptics, because they are used to treat major states of mental disturbance in schizophrenics and other psychotic patients.
By contrast, minor tranquilizers, which are also known as anti-anxiety agents, or anxiolytics, are used to treat milder states of anxiety and tension in healthy individuals or people with less serious mental disorders.
The major and minor tranquilizers bear only a superficial resemblance to each other, and the trend has been to drop the use of the word tranquilizer altogether in reference to such drugs, though the term persists in popular usage.
Any drug that relieves pain selectively without blocking the conduction of nerve impulses, markedly altering sensory perception, or affecting consciousness is called an Analgesic.
This selectivity is an important distinction between an analgesic and an anesthetic.
Analgesics may be classified into two types: anti-inflammatory drugs, which alleviate pain by reducing local inflammatory responses; and the opioids, which act on the brain.
The opioid analgesics were once called narcotic drugs because they can induce sleep. The opioid analgesics can be used for either short-term or long-term relief of severe pain. In contrast, the anti-inflammatory compounds are used for short-term pain relief and for modest pain, such as that of headache, muscle strain, bruising, or arthritis.
Aspirin and its medicinal effect-
Aspirin, also known as acetylsalicylic acid (ASA), is a medication used to treat pain, fever, or inflammation. Specific inflammatory conditions which aspirin is used to treat include Kawasaki disease, pericarditis, and rheumatic fever.
Aspirin given shortly after a heart attack decreases the risk of death. Aspirin is also used long-term to help prevent further heart attacks, ischaemic strokes, and blood clots in people at high risk. It may also decrease the risk of certain types of cancer, particularly colorectal cancer.
For pain or fever, effects typically begin within 30 minutes. Aspirin is a non-steroidal anti-inflammatory drug (NSAID) and works similarly to other NSAIDs but also suppresses the normal functioning of platelets.
One common adverse effect is an upset stomach.More significant side effects include stomach ulcers, stomach bleeding, and worsening asthma. Bleeding risk is greater among those who are older, drink alcohol, take other NSAIDs, or are on other blood thinners.
Aspirin is not recommended in the last part of pregnancy.It is not generally recommended in children with infections because of the risk of Reye syndrome.High doses may result in ringing in the ears.
Antipyretics are substances that reduce fever.
Antipyretics cause the body then works to lower the temperature, which results in a reduction in fever. hypothalamus to override a prostaglandin-induced increase in temperature.
Paracetamol and its medicinal effect-
Paracetamol, also known as acetaminophen and APAP, is a medication used to treat pain and fever.
It is typically used for mild to moderate pain relief. There is mixed evidence for its use to relieve fever in children. It is often sold in combination with other medications, such as in many cold medications.
Paracetamol is also used for severe pain, such as cancer pain and pain after surgery, in combination with opioid pain medication. It is typically used either by mouth or rectally, but is also available by injection into a vein.
Effects last between 2 to 4 hours Paracetamol is generally safe at recommended doses. Recommended maximum daily dose for an adult is 3 or 4 grams.
Higher doses may lead to toxicity, including liver failure. Serious skin rashes may rarely occur. It appears to be safe during pregnancy and when breastfeeding.
In those with liver disease, it may still be used, but in lower doses.It is classified as a mild analgesic. It does not have significant anti-inflammatory activity.
Antimicrobial agent, any of a large variety of chemical compounds and physical agents that are used to destroy microorganisms or to prevent their development.
The production and use of the antibiotic penicillin in the early 1940s became the basis for the era of modern antimicrobial therapy.
Streptomycin was discovered in 1944, and since then many other antibiotics and other types of antimicrobials have been found and put into use.
A major discovery following the introduction of these agents into medicine was the finding that their basic structure could be modified chemically to improve their characteristics.
Thus, antimicrobial agents that are used in the treatment of disease include synthetic chemicals as well as chemical substances or metabolic products made by microorganisms and chemical substances derived from plants.
Antibiotics are powerful medicines that fight certain infections and can save lives when used properly.
They either stop bacteria from reproducing or destroy them. Before bacteria can multiply and cause symptoms, the immune system can typically kill them.
White blood cells (WBCs) attack harmful bacteria and, even if symptoms do occur, the immune system can usually cope and fight off the infection. Sometimes, however, the number of harmful bacteria is excessive, and the immune system cannot fight them all. Antibiotics are useful in this scenario.
The first antibiotic was penicillin. Penicillin-based antibiotics, such as ampicillin, amoxicillin, and penicillin G, are still available to treat a variety of infections and have been around for a long time.
Several types of modern antibiotics are available, and they are usually only available with a prescription in most countries.
Topical antibiotics are available in over-the-counter (OTC) creams and ointments.
An antiseptic is a substance that inhibits the growth and development of microorganisms.
For practical purposes, antiseptics are routinely thought of as topical agents, for application to skin, mucous membranes, and inanimate objects, although a formal definition includes agents that are used internally, such as the urinary tract antiseptics.
Antiseptics are a diverse class of drugs that are applied to skin surfaces or mucous membranes for their anti-infective effects.
This may be either bactericidal (kills bacteria) or bacteriostatic (stops the growth of bacteria).
Their uses include cleansing of skin and wound surfaces after injury, preparation of skin surfaces prior to injections or surgical procedures, and routine disinfection of the oral cavity as part of a program of oral hygiene.
Examples such as chlorine, Iodine Dettol, Savlon, Hexachlorophene, Hydrogen peroxide, Boric acid etc-etc.
Disinfectants are antimicrobial agents that are applied to the surface of non-living objects to destroy microorganisms that are living on the objects.
Disinfection does not necessarily kill all microorganisms, especially resistant bacterial spores; it is less effective than sterilization, which is an extreme physical and/or chemical process that kills all types of life.
Disinfectants are different from other antimicrobial agents such as antibiotics, which destroy microorganisms within the body, and antiseptics, which destroy microorganisms on living tissue. Disinfectants are also different from biocides — the latter are intended to destroy all forms of life, not just microorganisms.
Disinfectants work by destroying the cell wall of microbes or interfering with their metabolism.
Sanitizers are substances that simultaneously clean and disinfect.
Disinfectants kill more germs than sanitizers. Disinfectants are frequently used in hospitals, dental surgeries, kitchens, and bathrooms to kill infectious organisms.
Anti-Fertility drugs are chemical substances which suppress the action of hormones that promote pregnancy.
These drugs actually reduce the chances of pregnancy and act as a protection.
Anti-Fertility drugs are made up of derivatives of synthetic progesterone or a combination of derivatives of oestrogen and progesterone. they drugs are actually synthetic hormones.
The synthetic progesterone derivatives are more potent as compared to natural progesterone.
Norethindrone is an example of synthetic progesterone which is one of the most commonly used anti-fertility drugs.
Ethynylestradiol is a combination of derivatives of oestrogen and progesterone. These drugs should not be taken without the consultation of a doctor.
Antihistamines are drugs which treat allergic rhinitis and other allergies.
Typically people take antihistamines as an inexpensive, generic, over-the-counter drug that can provide relief from nasal congestion, sneezing, or hives caused by pollen, dust mites, or animal allergy with few side effects. Antihistamines are usually for short-term treatment.Although people typically use the word “antihistamine” to describe drugs for treating allergies, doctors and scientists use the term to describe a class of drug that opposes the activity of histamine receptors in the body.
In this sense of the word, antihistamines are sub classified according to the histamine receptor that they act upon.
Histamine receptors exhibit constitutive activity, so antihistamines can function as either a neutral receptor antagonist or an inverse agonist at histamine receptors.
The two largest classes of antihistamines are H1-antihistamines and H2-antihistamines.
H1-antihistamines work by binding to histamine H1 receptors in mast cells, smooth muscle, and endothelium in the body as well as in the tuber mammillary nucleus in the brain. Antihistamines that target the histamine H1-receptor are used to treat allergic reactions in the nose (e.g., itching, runny nose, and sneezing). In addition, they may be used to treat insomnia, motion sickness, or vertigo caused by problems with the inner ear.
H2-antihistamines bind to histamine H2 receptors in the upper gastrointestinal tract, primarily in the stomach. Antihistamines that target the histamine H2-receptor are used to treat gastric acid conditions (e.g., peptic ulcers and acid reflux).Histamine receptors exhibit constitutive activity, so antihistamines can function as either a neutral receptor antagonist or an inverse agonist at histamine receptors. Only a few currently marketed H1-antihistamines are known to function as inverse agonists.
An antacid is a substance which neutralizes stomach acidity and is used to relieve heartburn, indigestion or an upset stomach.
Medical uses:- Antacids are available over the counter and are taken by mouth to quickly relieve occasional heartburn, the major symptom of gastroesophageal reflux disease and also indigestion.
Treatment with antacids alone is symptomatic and only justified for minor symptoms.
Antacids are distinct from acid-reducing drugs like H2-receptor antagonists or proton pump inhibitors and they do not kill the bacteria Helicobacter pylori, which causes most ulcers.
Side effects:- Versions with magnesium may cause diarrhoea, and brands with calcium or aluminium may cause constipation and rarely, long-term use may cause kidney stones.
Long-term use of versions with aluminium may increase the risk for getting osteoporosis.
Mechanism of action:-When excessive amounts of acids are produced in the stomach the natural mucous barrier that protects the lining of the stomach can damage the oesophagus in people with acid reflux. Antacids contain alkaline ions that chemically neutralize stomach gastric acid, reducing damage and relieving pain.
Examples such as magnesium salts (MgC03,Mg0),Aluminium Salts, Baking soda etc.
Medicinal chemistry is the discipline concerned with the determination of the influence of chemical structure on biological activity. As such, it is therefore necessary for the medicinal chemist to understand not only the mechanism by which a drug exerts its effects but also the physico-chemical properties of the molecules.The primary objective of medicinal chemistry is the design and discovery of new compounds that are suitable for use as drugs. This process requires a team effort. It not only involves chemists but also workers from a wide range of disciplines such as Biology, Biochemistry, Pharmacology, Mathematics, Computing and Medicine amongst others. It has and it will continue to play an important role in today’s society as it deals with Development, synthesis and designs of Pharmatical drugs. These results are then use to give us a better understanding of diseases as well as giving us ways of preventing and curing them.
The Indian freedom struggle helmed by Mahatma Gandhi witnessed many women taking center stage against the colonial power. Vijaya Lakshmi Pandit was one such woman who played a vital role in the nation-building process and became one of the most distinguished figures of the 20th century.
Vijaya Lakshmi Pandit was a prominent freedom fighter, diplomat, and politician. She was the first woman to be elected as the Governor of Maharashtra and the first woman President of the United Nations General Assembly.
Vijaya Lakshmi Pandit was born on August 18th, 1900, as Swarup Kumari Nehru in Allahabad to Motilal Nehru, a prominent lawyer who served twice as the President of the Indian National Congress and Swaruprani Thussu. She was the younger sister of the first Prime Minister of independent India, Pandit Jawaharlal Nehru. Growing up, she never received any formal education but was tutored privately in India and Switzerland.
Inspired by her brother, Nehru, who was very active in the Indian political front, and Mahatma Gandhi, Pandit joined the freedom struggle and was imprisoned by the British during the Civil Disobedience Movement. She first ventured into politics in the 1930s through the All India Women’s Conference (AIWC), a non-governmental organization founded by the Margaret Sisters. She actively advocated for the rights and freedom of women and led the organization between 1941 to 1943.
In 1936, Vijaya Lakshmi Pandit was elected as a member of the Legislative Assembly of the United Provinces but resigned from office two years later to protest against the British in World War II. In 1937, she became a minister of local self-government and public health, making her the first woman in pre – independent India to hold a cabinet post.
Pandit soon entered the diplomatic arena and took to the global stage representing India, and in a way, helped in shaping the country in its post-colonial era. She led the Indian delegation at the United Nations Organization Conference as her first official diplomatic mission. During her tour of the United States, Pandit openly condemned colonial rule and the inherent problems attached to it. She was vocal about countries being responsible for human dignity, equality, and rights.
Soon after India gained Independence in 1947, Pandit became appointed as the first Indian ambassador to the Soviet Union (1947-49), the United States and Mexico (1949-51), Ireland (1955-61), and Spain (1958-61), and high commissioner to the United Kingdom (1955-61). In 1953, she became the first woman to serve as the President of the 8th session of the United Nations General Assembly and the first woman to become the Governor of Maharashtra from 1962 to 1964. From 1964 to 1968, Pandit served as a member of the Lok Sabha, representing a constituency that her late brother had won. In 1978, she served as India’s representative to the United Nations Human Rights Commission.
After a glorious stint as a diplomat and politician, Pandit retired from politics in the 1960s owing to personal reasons. She soon returned and became a relentless critic of Indira Gandhi, her niece and the prime minister of India, confronting her actions during the emergency era. Pandit has written two books, So I Became a Minister (1939) and Prison Days (1946). She died on December 1st, 1990, in Dehra Dun. After her passing, President Ramaswamy Venkataraman described Pandit as a “luminous strand in the tapestry of India’s freedom struggle.”
“Education was not merely a means for earning a living or an instrument for the acquisition of wealth. It was an initiation into the life of spirit, a training of the human soul in the pursuit of truth and the practice of virtue.”
– Vijaya Lakshmi Pandit
Vijaya Lakshmi Pandit was one of India’s greatest assets. Her diplomatic and political career spanning over several decades is remarkable, and her achievements before and after the independence were commendable in the harsh world of politics. She was a firm believer in the freedom of India and broke many barriers for women, and is an inspiration to many.
Agriculture is an applied science which encompasses all aspects of crop production including horticulture, livestock rearing, fisheries, forestry, etc. The term Agriculture is derived from two Latin words “ager” or “agri” meaning soil and “cultura” meaning cultivation. Agriculture is defined in the Agriculture act (1947), as including ‘horticulture, fruit growing, seed growing, dairy farming and livestock breeding and keeping, the use of land as grazing land, meadow land, osier land, market gardens and nursery grounds, and the use of land for woodlands where that use ancillary to the farming of land for Agricultural purposes”.
Agriculture is defined as an Art, Science and Business of producing crops and livestock for economic purposes.
As an Art it embraces knowledge of the way to perform the operations of the farm in a skillful manner, but does not necessarily include an understanding of the principles underlying the farm practices.
As a Science: utilizes all technologies developed on scientific principles such as crop breeding, production techniques, crop protection, economics etc. to maximize the yield and profit. For example, new crops and varieties developed by hybridization, Transgenic crop varieties resistant to pests and diseases, hybrids in each crop, high fertilizer responsive varieties, water management, herbicides to control weeds, use of bio-control agents to combat pest and diseases etc.
As the Business: As long as agriculture is the way of life of the rural population production is ultimately bound to consumption. But agriculture as a business aims at maximum net return through the management of land labour, water and capital, employing the knowledge of various sciences for production of food, feed, fibre and fuel. In recent years, Agriculture is commercialized to run as a business through mechanization.
Branches of Agriculture;
1) Agronomy – Deals with the production of various crops which includes food crops, fodder crops, fibre crops, sugar, oil seeds, etc. The aim is to have better food production and how to control the diseases.
2) Horticulture – Deals with the production of fruits, vegetables, flowers, ornamental plants, spices, condiments and beverages
. 3) Forestry – Deals with production of large scale cultivation of perennial trees for supplying wood, timber, rubber, etc. and also raw materials for industries.
4) Animal husbandry – Deals with agricultural practice of breeding and raising livestock in order to provide food for humans and to provide power and manure for crops.
5) Fishery science – Deals with practice of breeding and rearing fishes including marine and inland fishes, shrimps, prawns etc. in order to provide food, feed and manure.
6) Agricultural Engineering – Deals with farm machinery for filed preparation, inter-cultivation, harvesting and post harvest processing including soil and water conservation engineering and bio-energy.
7) Home Science – Deals with application and utilization of agricultural produces in a better manner in order to provide nutritional security, including value addition and food preparation.
On integration, all the Seven branches, first three is grouped as for crop production group and next two animal management and last two allied Agriculture branches.
Importance of Agriculture;
Many raw materials, whether it’s cotton, sugar, wood, or palm oil, come from agriculture. These materials are essential to major industries in ways many people aren’t even aware of, such as the manufacturing of pharmaceuticals, diesel fuel, plastic, and more. In fact, raw materials are so important in production that the economic health of a country strongly depends on how many raw materials it possesses.
Raw materials from agriculture make up a huge portion of what’s traded internationally. Countries with plenty of those supplies export them and trade for materials they don’t have. If a country’s agriculture suffers for some reason, prices can go up and it disrupts the flow of trade. Currently, the EU is the first trader of agricultural products in the world, both for imports and exports.
Speaking of trade, developing countries still get most of their national income from agricultural exports. While developed countries don’t depend on agriculture as much as they used to, their economies would definitely take a hit if all exports suddenly stopped.
The agricultural industry is still one of the biggest sources of employment and in many areas, it’s actually booming. Whether it’s working as a farmer, harvester, technician for farm equipment, scientist, and so on, there are plenty of jobs available in this field. In developing countries, agricultural jobs help reduce high rates of unemployment. When it comes to reducing poverty, evidence shows that focusing on agriculture is significantly more effective than investing in other areas.
Economic development is tied to a country’s agriculture sector. When trade, national revenue, and employment are combined in a positive way, a country enjoys reduced poverty and boosted economic growth. Because strong agriculture results in benefits fairly quickly, focusing on it is one of the best ways to speed up development and improve a country’s standing in the world.
Agriculture possesses the power to harm or heal. When farmers prioritize biodiversity on their land, it benefits the earth. Having more biodiversity results in healthier soil, less erosion, better water conservation, and healthier pollinators. This is all good news for the environment as a whole, making agriculture an important part of the cycle of life.
Agriculture is such an important part of a country’s infrastructure, it makes sense it would impact conflicts and war. Throughout history, the need for land to grow food fueled many conflicts. In more modern times, specifically WWI,
Arguably the most important aspect of agriculture is that it’s the source of the world’s food supply. No matter where or what you are eating, the ingredients in your meals came from somewhere. All roads lead to agriculture. In countries dealing with food insecurity and severe malnourishment, it’s because their agriculture sectors are suffering. When agriculture thrives, fewer people go hungry.
Because healthy agriculture is so essential to a country’s well-being, It’s been the setting of some of the most exciting innovations in technology. Through artificial intelligence, blockchain software, gene manipulation, and more, scientists and farmers have been figuring out ways to increase crop productivity, use less water, and reduce negative impacts on the environment. For scientists and tech companies, agribusiness is one of the most fascinating and productive fields to work in.
When it comes to pollution and climate change, the environment and agriculture suffer the quickest and with the most clear consequences. If effective changes aren’t made, climate change’s impact on agriculture will decimate a country’s economy and eventually wipe out the food supply. The state of agriculture is a good litmus test of what we can expect the future to look like.
Revolutions in Agriculture;
Through white revolution, milk production quadrupled from 17 million tonnes at independence to 108.5 million tonnes.
Through blue revolution, fish production rose from 0.75 million tonnes to nearly 7.6 million tonnes during the last five decades.
Through yellow revolution oil seed production increased 5 times (from 5 million tonnes to 25 million tonnes) since independence.
Similarly, the egg production increased from 2 billion at independence to 28 billion, sugarcane production from 57 million tonnes to 282 million tonnes, cotton production from 3 million bales to 32 million bales which shows our sign of progress.
India is the largest producer of fruits in the world. India is the second largest producer of milk and vegetable.
Indian Agriculture & Economy
Indian Agriculture is one of the most significant contributors to the Indian economy. Agriculture is the primary source of livelihood for about 58% of India’s population. Gross Value Added by agriculture, forestry, and fishing was estimated at Rs. 19.48 lakh crore (US$ 276.37 billion) in FY20.
Share of agriculture and allied sectors in gross value added (GVA) of India at current prices stood at 17.8 % in FY20. Consumer spending in India will return to growth in 2021 post the pandemic-led contraction, expanding by as much as 6.6%.The Indian food industry is poised for huge growth, increasing its contribution to world food trade every year due to its immense potential for value addition, particularly within the food processing industry. Indian food and grocery market is the world’s sixth largest, with retail contributing 70% of the sales.
The Indian food processing industry accounts for 32% of the country’s total food market, one of the largest industries in India and is ranked fifth in terms of production, consumption, export and expected growth.Principal agricultural commodities export for April 2020 – January 2021 was US$ 32.12 billion.
India is expected to achieve the ambitious goal of doubling farm income by 2022. The agriculture sector in India is expected to generate better momentum in the next few years due to increased investment in agricultural infrastructure such as irrigation facilities, warehousing and cold storage. Furthermore, the growing use of genetically modified crops will likely improve the yield for Indian farmers. India is expected to be self-sufficient in pulses in the coming few years due to concerted effort of scientists to get early maturing varieties of pulses and the increase in minimum support price.
Agriculture Heritage in India;
Agriculture in India is not of recent origin, but has a long history dating back to Neolithic age of 7500-6500 B.C. It changed the life style of early man from ‘nomadic hunter of wild berries and roots’ to ‘cultivator of land’. Agriculture is benefited from the wisdom and teachings of great saints. The wisdom gained and practices adopted have been passed down through generations. The traditional farmers have developed the nature friendly farming systems and practices such as mixed farming, mixed cropping, crop rotation etc. The great epics of ancient India convey the depth of knowledge possessed by the older generations of the farmers of India. The modern society has lost sight of the importance of the traditional knowledge which had been subjected to a process of refinement through generations of experience. The ecological considerations shown by the traditional farmers in their farming activities are now-a-days is reflected in the resurgence of organic agriculture.
Scope of Agriculture;
With a 16% contribution to the gross domestic product (GDP), agriculture still provides livelihood support to about two-thirds of country’s population.
The sector provides employment to 58% of country’s work force and is the single largest private sector occupation. Agriculture accounts for about 15% of the total export earnings and provides raw material to a large number of Industries (textiles, silk, sugar, rice, flour mills, milk products).
Rural areas are the biggest markets for low-priced and middle-priced consumer goods, including consumer durables and rural domestic savings are an important source of resource mobilization.
The agriculture sector acts as a wall in maintaining food security and in the process, national security as well. The allied sectors like horticulture, animal husbandry, dairy and fisheries, have an important role in improving the overall economic conditions and health and nutrition of the rural masses.
To maintain the ecological balance, there is need for sustainable and balanced development of agriculture and allied sectors.
Agriculture’s eyes and minds are soothed by dynamic changes from brown (bare soil) to green (growing crop) to golden (mature crop) and bumper harvests.
Thus , Agriculture helps to elevate the community consisting of different castes and communities to a better social, cultural, political and economical life. Agriculture maintains a biological equilibrium in nature. Satisfactory agricultural production brings peace, prosperity, harmony, health and wealth to individuals of a nation by driving away distrust, discord and anarchy.
Climate change refers to a change in the average weather conditions of a place. It is one of the biggest crisis that humanity is facing right now. In 2019, around 11,000 scientists declared a global climate emergency and warned of the dangers to come. Countries across the globe are grappling with the severe effects that reflect the state of the planet. The impact of climate change is intensifying and poses a threat to life on Earth as we know it. The Earth has become warmer than the previous century, and CO2 levels in the atmosphere have risen by 50%.
Human actions have influenced the rapid climate change we are experiencing today. Cutting trees, burning coal, oil, and gas contribute to an increase in global warming. These activities have led to a drastic increase in CO2 levels in the atmosphere, which traps more heat. According to the 2018 US National Climate Assessment, the emission of greenhouse gases has been the dominant cause of global warming since the mid 20th century. Thus, 97% of scientists agree that human activity is the primary cause of the present climate scenario.
Humans have exploited nature for the longest time, and we’re facing devastating consequences. Climate change and extreme weather conditions have led to natural disasters on a large scale, leading to the massive loss of life and property. The past few years have proven that climate change is real, as the world woke up to devastating headlines of forest fires, hurricanes, heatwaves, floods, droughts, and storms ravaging countries around the globe.
The Sixth Assessment Report (AR6) by the Intergovernmental Panel on Climate Change (IPCC) of the United Nations recently released the 2021 Climate Report that raised concerns about the climate of the Earth. The report is based on more than 14,000 scientific studies and presents the most comprehensive state of climate change and its impacts. Within the next two decades, the average temperature of the Earth will increase by 1.5 degrees celsius. This increase will lead to extreme weather events. Heatwaves, droughts, floods, and wildfires will occur frequently. The sea levels will rise due to the warming of oceans and melting of glaciers, which pose a threat for the cities along India’s coastline, which are vulnerable to the rising sea levels. All these changes will affect livelihoods, agriculture, and the ecosystem drastically.
If the temperature of the planet goes on increasing, weather-related events will become more frequent and dangerous. According to the World Health Organization, climate change will contribute to approximately 250,000 deaths per year due to malnutrition, malaria, diarrhea, and heat-related stress. A new study by scientists from China, Europe, and the US has found that within just 50 years, climate conditions in India could become unlivable, with temperatures as high as the Sahara Desert if the emissions of greenhouse gases continue to rise at the current pace. Scientists predict that we could lose 550 species by the end of this century, and this is only the tip of the iceberg. People living in developing and third world countries will be the most impacted and will face a hard time coping with the consequences of climate change. India is among 11 countries declared as “highly vulnerable” by US Intelligence Agencies to prepare and respond to the climate crisis.
What we can do:
Governments and corporations cannot tackle climate change alone without the collective help of the people. People have to do their bit and can contribute in their ways to help save the planet. Small daily efforts can help create an impact. The following are some ways in which we can help:
Reduce, Reuse, Recycle
Consume less meat
Reduce the use of plastic
Take fewer flights
Walk and cycle more
Carry your own shopping bag
Plant trees and create green spaces
Embrace slow fashion
Reduce consumption and wastage
Climate change is a threat to humanity and is a serious issue that needs to be tackled. The present generation is experiencing an overwhelming sense of dread and climate anxiety regarding the future. The Covid19 pandemic provided some climate relief, but that is only temporary. We are running out of time to salvage the planet and its inhabitants, and it is time for governments, corporations, and individuals to step up their climate action to match the scale of the task ahead of us.
In 2013, Mitsuha Miyamizu is a high school girl living in the rural town of Itomori, Japan. Bored of the town, she wishes to be a Tokyo boy in her next life. One day, she inexplicably begins to switch bodies intermittently with Taki Tachibana, a high school boy in Tokyo, who wakes up as her and has to live through her activities and social interactions for the day. They learn that they can communicate with each other by leaving messages on paper, phones, and sometimes on each other’s skin. Mitsuha (in Taki’s body) sets Taki up on a date with coworker Miki Okudera, while Taki (in Mitsuha’s body) causes Mitsuha to become popular at school. One day, Taki (in Mitsuha’s body) accompanies Mitsuha’s grandmother Hitoha and younger sister Yotsuha to leave the ritual alcohol kuchikamizake, made by the sisters, as an offering at the Shinto shrine located on a mountaintop outside the town. It is believed to represent the body of the village guardian god ruling over human connections and time. Taki reads a note from Mitsuha about the comet Tiamat, expected to pass nearest to Earth on the day of the autumn festival. The next day, Taki wakes up in his body and goes on a date with Miki, who tells him she enjoyed the date but also that she can tell that he is preoccupied with thoughts of someone else. Taki attempts to call Mitsuha on the phone, but cannot reach her as the body-switching ends.
Taki, Miki, and their friend Tsukasa travel to Gifu by train on a trip to Hida in search of Mitsuha, though Taki does not know the name of Itomori, relying on his sketches of the surrounding landscape from memory. A restaurant owner in Hida recognizes the town in the sketch, being originally from there. He takes Taki and his friends to the ruins of Itomori, which has been destroyed and where 500 residents were killed when Tiamat unexpectedly fragmented as it passed by Earth three years earlier. Taki observes Mitsuha’s messages disappear from his phone and his memories of her begin to gradually fade, realizing that the two were also separated by time, as he is in 2016. Taki finds Mitsuha’s name in the record of fatalities. While Miki and Tsukasa return to Tokyo, Taki journeys to the shrine, hoping to reconnect with Mitsuha and warn her about Tiamat. There, Taki drinks Mitsuha’s kuchikamizake then lapses into a vision, where he glimpses Mitsuha’s past. He also recalls that he encountered Mitsuha on a train when she came to Tokyo the day before the event to find him, though Taki did not recognize her as the body-switching was yet to occur in his timeframe. Before leaving the train in embarrassment, Mitsuha had handed him her hair ribbon, which he has since worn on his wrist as a good-luck charm.
Taki wakes up in Mitsuha’s body at her house on the morning of the festival. Hitoha deduces what has happened and tells him the body-switching ability has passed down in her family as caretakers of the shrine. Taki convinces Tessie and Sayaka, two of Mitsuha’s friends, to get the townspeople to evacuate Itomori, by disabling the electrical substation and broadcasting a false emergency alert. Taki heads to the shrine, realizing that Mitsuha must be in his body there, while Mitsuha wakes up in Taki’s body. At the mountaintop during sunset, the two sense each other’s presence, but are separated due to contrasting timeframes and cannot see each other. When twilight falls, they return to their bodies and see each other in person. After Taki returns Mitsuha’s ribbon, they attempt to write their names on each other’s palms so that they will remember each other. Before Mitsuha can write hers, however, twilight passes, and they revert to their respective timeframes. When the evacuation plan fails, Mitsuha has to convince her father Toshiki, the mayor of Itomori, to evacuate everyone. Before doing so, Mitsuha notices her memories of Taki are fading away and discovers he wrote “I love you” on her hand instead of his name. After Tiamat crashes, Taki, in his timeframe, remembers nothing.
Five years later, Taki has graduated from university and searches for a job. He senses that he lost something important that he cannot identify, and feels inexplicable interest in the events surrounding Tiamat, now eight years in the past. The town of Itomori had been destroyed; however, all of its people survived as they had evacuated just in time. Mitsuha has since moved to Tokyo. Sometime later, Taki and Mitsuha glimpse each other when their respective trains pass each other and are instantly drawn to seek one another. Each disembarks and races to find the other, finally meeting at the stairs of Suga Shrine. Taki calls out to Mitsuha, saying that he feels that he knows her, and she responds likewise. Having finally found what each had long searched for, they shed tears of happiness and simultaneously ask each other for their name.
The appeal of science fiction comes from the fact that it explores new territory, new concepts that challenge the mind. The great thing about sci-fi, however, is that often there is some scientific basis behind the story. Carl Sagan, one of the greatest sci-fi writers of all time often consulted his physicist friends for ideas. After a satisfying novel or movie, you may even be compelled to learn more about a subject or see if there is any truth to it. I’m not saying that shows like Star Trek spawn generations of eager theoretical physicists, but for those of you who are curious about what is going on at the forefront of theoretical physics, I found a book that might interest you.
I stumbled upon this book by accident while shuffling through a local Borders trying to find a way to blow my gift certificates. The cover immediately caught my eye. At first, I thought it was a misplaced novel, or a feeble attempt to make the meager physics section look bigger, but the book’s introduction told me otherwise.
Michio Kaku is a theoretical physics professor, who graduated from Harvard and received his Ph.D. from the University of California, Berkeley. He also has written several books and hosts a weekly science program on the radio.
Hyperspace covers many of the current theories about the start of the universe, where it may end, and what we are learning about it in the meantime to come up with the grand unified theory for all of physics. If you are looking for someone to explain the basics of superstring theory to you in layman’s terms, this is a great place to start. The primary idea running through the entire book is the idea that the four fundamental forces can be explained with one grand unified theory of the universe is thought of as ten-dimensional.
While I consider Hyperspace a great read and would recommend it to any physics student who is curious about black holes, time travel, and other fringe concepts, there were some aspects of the book that seemed relatively weak. Some points were repetitive, and in the beginning, I thought his thesis was stated a few too many times. Professor Kaku is decidedly biased towards superstring theory, but he at least offers explanations of the competing theories. Perhaps to engage a variety of people and thinking styles, Kaku includes many literary quotes. Some of them are entertaining introductions to a passage, but others I found vague.
Professor Kaku makes extensive use of footnotes, so if you want the full story, be prepared to flip occasionally to the end of the book. I found this distracting, but perhaps it is necessary. Chapters were divided into a logical progression that I liked very much. Digressions were very helpful in adding character to the narrative, my favorite being the discussion of futurology, and the four classifications of a technologically advanced society.
I’ll admit, some of the information flew right over my head, so to speak, but at least I can say that I heard of something if it comes up in a college lecture. While written for the average Joe, there are plenty of concepts and footnote equations for the hard-core physicist to chew on. If you think the beginning is slow, keep going because it gets better. If you loved the beginning, hang on for a ride through exciting theories that until now you may have only seen on television. Don’t worry, Kaku makes plenty of references to other books and authors, should you choose to go back to the bookstore.
In simpler words, Journalism is the production and distribution of reports on current events based on facts and supported with proof or evidence. The word journalism applies to the occupation, as well as collaborative media who gather and publish information based on facts and supported with proof or evidence. It is a long process that includes various tasks such as collecting the information from various sources, preparing it accordingly, and reporting it through different media platforms like newspapers, radio, blogs, social media, television, magazines etc-etc. Journalism is the product of modern history. It has been changed over time to time, from Medieval scribes recording war and taxes to paid pamphleteers at shop waging political battles to mass-market newspapers that use new tech like trains and telephones to gather and spread the news as well as the information’s to the people from door to door.
History of Journalism
The history of journalism spans the growth of technology and trade, marked by the advent of specialized techniques for gathering and disseminating information on a regular basis that has caused, as one history of journalism surmises, the steady increase of “the scope of news available to us and the speed with which it is transmitted. Before the printing press was invented, word of mouth was the primary source of news. Returning merchants, sailors and travelers brought news back to the mainland, and this was then picked up by peddlers and travelling players and spread from town to town. The first newspaper in India is credited to James Augustus Hickey, who launched The Bengal Gazette, also the Calcutta General Advertiser, in 1780. The paper lasted just two years before being seized by the British administration in 1782 for its outspoken criticism of the Raj. Over the years, journalism has evolved drastically and it changes over time with the latest technologies and innovations to reach a larger audience and meet their needs. To explain present-day Journalism in one word is ‘Handy’. Due to the rise of digitalization, people can easily access the news from various forms of print and electronic media like podcasts, televisions, newspapers, radio, social media, magazines, websites, blogs, and so on.
Forms of Journalism
Journalism is divided into different forms based on the medium such as –
Print Journalism – Delivering news in the form of printing such as magazines, newspapers, books, pamphlets, etc. is called print journalism. This is the oldest and widely spread journalism. People can easily access it at very low costs. The rise of other forms of journalism has a huge impact on print journalism. Newspapers, magazines, books, flyers, academic journals are the example of print journalism.
Online Journalism – Delivering news through internet platforms such as websites, apps, blogs, social media, etc. is called online journalism. This is the latest and advanced form of journalism. It can be accessed from the tip of your fingers. Due to its easy availability and accessibility, online journalism has became popular within a short span of time.
Broadcast Journalism – Delivering news through radio and television is called broadcast journalism. This is the most comfortable and popular form of journalism. The reason why it became more popular than print journalism is because of its visual-audio experience. It engages the audience and glues them to televisions and radios. It has higher budgets and resources compared to the other forms of journalism.
Types of Journalism
Opinion Journalism-Opinion journalism is journalism that makes no claim of objectivity. Although distinguished from advocacy journalism in several ways, both forms feature a subjective viewpoint, usually with some social or political purpose. Common examples include newspaper columns, editorials, op-eds, editorial cartoons.
Investigative Journalism– Investigative journalism is a form of journalism in which reporters deeply investigate a single topic of interest. An investigative journalist may spend months or years researching and preparing a report.
Business Journalism– Business journalism is the part of journalism that tracks, records, analyzes and interprets the business, economic and financial activities and changes that take place in societies.
Entertainment Journalism-Entertainment journalism is any form of journalism that focuses on popular culture and the entertainment business and its products. Like fashion journalism, entertainment journalism covers industry-specific news while targeting general audiences beyond those working in the industry itself. Common forms include lifestyle, television and film, theater music, video game, and celebrity coverage.
Sports Journalism– Sports journalism is a form of writing that reports on matters pertaining to sporting topics and competitions. Sports journalism started in the early 1800s when it was targeted to the social elite and transitioned into an integral part of the news business with newspapers having dedicated sports sections.
Watchdog Journalism– Watchdog journalism is a form of investigative journalism where journalists, authors or publishers of a news publication fact-check and interview public figures to increase accountability. Watchdog journalism usually takes on a form of beat reporting about specific aspects and issues.
Political Journalism– Political journalism is a broad branch of journalism that includes coverage of all aspects of politics and political science, although the term usually refers specifically to coverage of civil governments and political power.
Lifestyle Journalism– Lifestyle journalism is an umbrella term for more specialized beats of journalism such as travel journalism, fashion journalism, or food journalism
Arts Journalism– Arts journalism is a branch of journalism concerned with the reporting and discussion of the arts including, but not limited to, the visual arts, film, literature, music, theater, and architecture.
Who is a Journalist ?
A journalist is a person who investigates, collects, and presents information as a news story. This can be presented through newspapers, magazines, radio, television and the internet. Journalists are relied upon to present news in a well-rounded, objective manner. Journalists have distinct personalities. They tend to be artistic individuals, which means they’re creative, intuitive, sensitive, articulate, and expressive. They are unstructured, original, nonconforming, and innovative. Some of them are also enterprising, meaning they’re adventurous, ambitious, assertive, extroverted, energetic, enthusiastic, confident, and optimistic. The most important and the most needed skills to become a journalist are having alertness, command over language, good communication skill, can differentiate between facts and fiction and lastly working in a team. Therefore, A Good Journalist must provide good and accurate content to the people. Thus by providing accurate information will help people to understand the greater truths beyond the facts.
The trend towards media convergence in recent times means that media, technology and mobile communications have become increasingly intertwined. The future of journalism could see the emergence of more and more personalized content, intelligent algorithms and robot journalists – as well as the opportunity to ‘experience’ that news thanks to immersive VR and AR technologies
Ever wondered what specialties distinguish a gaming laptop from a normal laptop?
Well, there are a lot of factors that act their part to make a Gaming laptop significantly better than Normal laptops. Let’s discuss what they are.
Graphics Card or GPU:
What is gaming without vivid real-life graphics? The additional dedicated Graphics card or a Graphics Processing Unit in Gaming Laptop allows your high-definition games to run more smoothly and provide improved performance. Many manufacturing companies are adding GPU in the laptops for high functionality which can be helpful even in your official works.
The advanced Graphics video cards allow better realistic landscapes and actions. Graphics cards are available in 512 MB, 1 GB, and 2 GB. A higher capacity GPU will enable you to have an unprecedented gaming experience and also allow 3D gaming.
RAM is another important feature that makes gaming laptops have an edge over normal laptops. The capacity, as well as the speed of RAM, determines how fast and smooth would your machine run. Unlike normal laptops, most Gaming laptops have dedicated VRAM for video memory. Usually, normal laptops have 2 GB RAM, whereas Gaming laptops support 4 GB or more capacity RAM.
The Processor too plays an important role when comparing a gaming laptop and a normal laptop.
Gaming laptops are powered by high-velocity processors which enable functioning to be swift and need minimum buffering. You would appreciate the sudden freezing of your screen in the middle of a tournament. The normal laptops do not have these high-performing processors but have comparatively slow-running quad-core processors. So while opting for gaming laptops, nothing beneath the GHz range must be considered.
Screen Size and Display
While playing HD or 3D video games, screen size and display become important factors. Gaming laptops have a wider aspect ratio which can give you a more vivid gaming experience as it will fit the display more accurately.
Viewing angle too is important in laptops as it will give you wider coverage of the field of view. You will be able to see the display from almost every angle.
While discussing thedifference between a normal laptop and a gaming laptop, battery life is a vital point to consider.
High definition video games will consume high powers and certainly, you would not want to drain your battery when you are at a crucial point in your game. It’s frustrating, right?
That is why you need a higher and more powerful battery in your laptop. Normal laptops generally have a battery life of 5 to 6 hours once fully charged. But gaming laptops with stellar batteries can provide you with a run time of 12 to 13 hours at one charge. With this improved battery life, you wouldn’t be fearing running out of battery ever again.
As most of the video games available are played online, you should always prefer a laptop with a Wifi connection. With that, you would be able to connect to the Internet at public hotspots and communicate with your fellow players online. It is an important feature even for business and other official purposes, but often normal laptops skip this feature. Replacing your normal laptop with the gaming one will allow you to work online uninterruptedly via a Wifi connection.
Bluetooth connectivity is a major characteristic to look for in a laptop. Gaming laptops usually support Bluetooth connectivity and allow easy sharing of your data. Also, Bluetooth helps in connecting with new-age Bluetooth-compatible speakers and headphones with your laptop to give you a better audio experience.
Another point is the difference between gaming and normal laptop is their keyboard.
Normal laptops tend to have a keyboard for light uses. It has inferior durability to mechanical keyboards of Gaming PC. But the specially designed gaming laptops are equipped with mechanical-type keyboards which offer increased tolerance to your excitement-filled hits.
Nobody will deny that illumination can elevate the gaming experience to the ultimate level. Normal laptops usually don’t offer any LED illumination or backlighting feature. Whereas, gaming laptops often feature stunning customizable RGB LED lighting that would give your gameplay a more lifelike feel.
USB and HDMI ports are useful on any laptop. Gaming laptops usually offer multiple jacks for connecting external devices than the normal ones.
Long hours of uninterrupted working often leads to overheating of laptops. Gaming laptops generally come equipped with extra internal cooling fans and improved wiring for better heat dissipation than normal laptops.
We hope this concise article has provided all the required information you needed to know about the difference between a gaming laptop and a normal laptop.
Though gaming laptops are a tad bit more expensive than the normal ones, they are definitely worth the money. With improved speed, higher quality parts, and longer battery life, gaming laptops can be a great replacement for regular ones.
Although regular laptops usually have all the necessary features, it would never hurt to upgrade them for better performance.
Digital Marketing is any and all marketing efforts that rely on electronic devices, and in extension, the internet.
It’s the group of activities that a company (or individual) performs online to attract new business opportunities, creating relationships and developing a brand identity. It is very diverse and versatile.The sheer amount of tools, data and channels available on the internet creates opportunities for marketers to deliver effective content to specific people, through personalization.
Modern day digital marketing is an enormous system of channels to which marketers simply must onboard their brands, advertising online is much more complex than the channels alone. In order to achieve the true potential of digital marketing, marketers have to dig deep into today’s vast and intricate cross-channel world to discover strategies that make an impact through engagement marketing. .
“Digital is at the core of everything in marketing today—it has gone from ‘one of the things marketing does’ to ‘THE thing that marketing does.” – Sanjay Dholakia, Former Chief Marketing Officer, Marketo
The online world allows brands to communicate with all of their clients and possible clients. You don’t even need to be in the same country to find and engage your public. And the technology turned simple phones, designed to make calls, in true computers with all the access the user needs to connect with other people. Apps, emails and websites are literally in the palm of their hands. Smartphones are incredibly popular, especially among Millennials and Generation Z.
With applications like Instagram, Facebook, and Snap-chat taking up hours in their days, companies have very much found a direct link to their lives. Facebook is a very famous social media site that has over 2 billion users and is a popular choice among companies to market their products. Ads play before videos on Facebook, and it also has sponsored posts that appear on everyone’s news feed. Instagram is another incredibly famous and popular social media site that companies use to market to a wide age group. Although Instagram is mostly a photo and video sharing platform, companies are still able to make use and take advantage of it. The best part about websites like Instagram and Facebook is that they all have a very wide and massive age demographic.
Benefits of Digital Marketing
1. The most measurable form of marketing – Digital Marketing analytics takes away the guessing games related to traditional forms of marketing. Through these analytics, you can measure in real-time how many people are looking at your posts or ads, as well as how many users have opened your posts, along with all of the people that have replied, liked, or shared your post.
2. The most cost-effective marketing technique – While there was once a paywall between major companies and smaller ones in terms of advertising and exposure, that is no longer the case. Nowadays, smaller companies can get the attention of people that they otherwise could not. This is something that they can cover with the help of Digital Marketing, as they can reach an audience of their choice with minimal effort.
3. Allows you to choose any audience – Speaking of choosing your audience, another great benefit of Digital Marketing is that it can be as specific or broad as you want. You can find specific groups or forums on social media websites like Instagram or Reddit to market to a very niche audience.Moreover, getting a respected figure in the community you are tapping into can grow trust for your brand.
4. Everyone is already there – With billions of people using the internet and social media daily, the question is no longer will anyone see it, but rather when. No matter how big the network might be, there is a cap on just how many people a traditional marketing strategy can connect to. On the other hand, Digital Marketing strategies have no peak of exposure and can grow along with the company itself.
5. Customers start their buying journey from the internet – Customers depend on the internet for everything, including their buying options and choices. The term “Google it” has become such a common part of our language, the first instinct of most people is to search for something on the internet.
6. The message can be customized – Another big advantage of Digital Marketing is that this strategy allows you to customize your message to the public. Advertising today is different from the old days. Back then, when you wanted to talk to you public, you needed a generic message, that could be used in mass medias such as billboards, TV broadcast, flyers etc. Now, you can target groups by their similarities, customizing the message and making it more real and directed to them. Email marketing, online advertising, niche marketing: all of these strategies can be customized to reach the audience that you want.
Components of Digital Marketing
Paid search, or pay-per-click (PPC) advertising, typically refers to the sponsored result on the top or side of a search engine results page (SERP). These ads charge you for every click and they can be tailored to appear when certain search terms are entered, so your ads are being targeted to audiences seeking something in particular. These ads can be extremely effective, as they rely on data gleaned from individuals’ online behavior and are used to boost website traffic by delivering relevant ads to the right people at the right time.
Search engine optimization (SEO) – SEO is the process of optimizing the content, technical setup, and reach of your website, so that your pages appear at the top of a search engine result for a specific set of keyword terms. By using keywords and phrases, you can use SEO to massively increase visibility and begin a lasting customer relationship. SEO is defined as increasing a website’s rank in online search results, and thus its organic site traffic, by using popular keywords and phrases. Strong SEO strategies are hugely influential in digital marketing campaigns since visibility is the first step to a lasting customer relationship.
Content marketing – When you offer content that is relevant to your audience, it can secure you as a thought leader and a trustworthy source of information, making it less likely that your other marketing efforts will be lost in the static. In the age of the self-directed buyer, content marketing gets three times more leads than paid search advertising, so it’s well worth the additional effort.
Social media marketing – The key to effective social media marketing goes far beyond simply having active social media accounts. The more your audience is inspired to engage with your content, the more likely they are to share it, potentially inspiring their peers to become customers as well.
Email marketing – After more than two decades, email is still the quickest and most direct way to reach customers with critical information.To succeed, your marketing emails should satisfy five core attributes. They must be trustworthy, relevant, conversational, coordinated across channels, and strategic.
Mobile marketing – Mobile devices are kept in our pockets, sit next to our beds, and are checked constantly throughout the day. SMS, MMS, and in-app marketing are all options to reach your customers on their devices.
Marketing automation – Marketing automation is an integral platform that ties all of your digital marketing together. Without it, your campaigns will look like an unfinished puzzle with a crucial missing piece Marketing automation can help you gain valuable insight into which programs are working and which aren’t, and it will provide metrics to allow you to speak to digital marketing’s efforts on your company’s bottom line.
A key digital marketing objective is engaging customers and allowing them to interact with the brand through servicing and delivery of digital media. This is achieved by designing digital media in such a way that it requires some type of end user action to view or receive the motive behind that media’s creation.
Digital marketing campaign
A digital marketing campaign involves the execution of a marketing strategy across all the digital channels where consumers engage with a brand, usually for the purpose of improving a company’s conversion rate. To start a campaign, marketers need to understand who their customer is and where to reach them and anticipate what action the customer will take next.
Customers approach brands though an omnichannel lens. So to effectively reach a customer, marketers should connect digital marketing campaigns across all channels.Digital marketing campaigns can be less expensive than other marketing campaigns and can engage with customer behavior in real time. Companies can use a digital campaign for a variety of uses, from raising brand awareness to telling loyal customers about a new product.
How will digital marketing campaigns change in the future?
There’s great promise with artificial intelligence and machine learning, which take out some of the guesswork and can streamline operations. Something, like figuring out the best offer to send to a consumer, that once took weeks to do might take minutes or even seconds. But as technology improves, there should always be an element of human interaction to make course corrections, to make informed decisions and to avoid losing sight of that human element in experiences. Other opportunities could arise where companies get better at using the context of an engagement. That could look like delivering the right offer at the right time because a brand knows exactly where somebody is and they know exactly the time and day of the week in which they’re engaging because they’re on their mobile device. This concept of location-based marketing has existed for a while, but it’s starting to mature and become more incorporated in larger omnichannel strategies.
We all know that we need oxygen to live. But research has now established an astounding fact. The very thing which promotes life is killing us. Shocked? Relax.. research has now proved that oxidation in the body cells ( the process by which we are continuously burning our calories to get energy) releases dangerous, very active molecules known as free radicals. These damaging fellows attack other (neighborhood) cells, the cells walls, and the genetic material (DNA) within the cells and over a long time period, such damage can become irreversible (like mutation) and cause disease (e.g. cancer). Even if it doesn’t lead to cancer, the old age symptoms (lack of energy, poor memory, loss of hearing, falling hair) are definitely associated with damaged or weak cells. In addition, free radicals contribute to alcohal-induced liver damage, perhaps more than alcohal itself. Radicals in cigarette smoke have been implicated in inactivation of alpha 1 trypsin in the lung, which promotes the development of emphysema and it is now proved that these free radicals are the main culprit. While nature has created this problem, it has provided the solution as well.
What happens in oxidation (burning)?
Burning is quite aptly associated with loss. Things loose their colour, taste or odour when they are burnt. How does an apple retain its fresh red colour even when there’s so much oxygen and sunlight in the nature? It’s the antioxidant. But if it is cut open, it turns brown after a while. That’s oxidation. the presence of every easily oxidisable compounds, called Antioxidants,in the system can “mop up” free radicals before they damage other essential molecules. Therefore, Antioxidants play a key role in these defense mechanisms. An Antioxidants is a chemical that prevents the oxidation of other chemicals. Consuming more antioxidants helps provide the body with tools to neutralise harmful free radicals. It’s estimated that there are more than 4,000 compounds in foods that acts as antioxidants. The most studied include Vitamin C & E, beta-carotene and the mineral selenium. Besides antioxidants, there are several enzyme systems within the body that scavenge free radicals, the principal micronutrient (vitamin) antioxidants are Vitamin E, beta carotene, & Vitamin C. Additionally, selenium, a trace metal that is required for proper function of one of the body’s antioxidant enzyme systems, is sometimes included in this category. The body cannot manufacture these micronutrient so they must be supplied in the diet.
The following vitamins have shown positive antioxidants effects:
Vitamin A or Retinol,or beta-carotene. It has been discovered that beta-carotene protects dark green, yellow and orange vegetables and fruits from solar radiation damage and it is thought that it plays a similar role in human body. Carrots, Squash, Sweet Potatoes, Tomatoes,Peaches and apricots are particularly rich sources of beta-carotene. (NOTE: Vitamin A has no antioxidant properties and can be quite toxic when taken in excess).
Vitamin C: also called Ascorbic acid, is a water-soluble vitamin found in all body fluids, so it may be one of our first lines of defense. This powerful antioxidant cannot be stored by the body, so it’s important to get some regularly-not a difficult task if fruits and vegetable are regularly consumed. Important sources include Citrus Fruits (like Oranges, sweet lime,etc.), green peppers, green leafy vegetables, strawberries, raw cabbage, tomatoes and potatoes.
Vitamin E: A fat soluble vitamin that can be stored with fat in the liver and other tissues, vitamin E is promoted for a range of purposes- from delaying aging to healing sunburn. While it’s not a miracle worker, it’s another powerful antioxidant. Important sources include wheat germ, nuts, seeds, whole grains, green leafy vegetable, vegetable oil and fish-liver oil.
Beta-Carotene: the most studied of more than 600 different carotenoids that have been discovered, beta-carotene protects dark green, yellow and orange vegetables and fruits from solar radiation damage. It is thought that it plays a similar role in the body. Carrots, Squash, Sweet potatoes, peaches and apricots are particularly rich sources of beta-carotene.
Selenium: This mineral is thought to help fight cell damage by oxygen-derived compounds and thus may help protect against cancer. It is best to get selenium through foods foods, as large doses of the supplement from can be toxic. Good food sources include fish, shellfish,red meat, grains, eggs chicken and garlic. Vegetables can also be a good source if grown in selenium rich soils.
Natural Sources of Antioxidants
The colorful stuff: carrots, apples, oranges, tomatoes (cooked), beetroot, brinjal, dark green vegetables, olives, strawberries, honey (the darker the better) and so on. The tasty stuff: garlic, ginger, onion, nutmeg. The smelly stuff: tea,green tea, spinach, tulsi and other herbs etc. Research says multi vitamin pills may slow the advance of HIV, as it appears to cut the levels of the virus and boost the number of immune cells.
Preventing Cancer and Heart disease – Do Antioxidants help?
Epidemiologic observations shows lower cancer rates in people whose diets are rich in fruits & vegetables. This has led to the theory that these diets contain substances, possibly antioxidants, which protect against the development of cancer. There is currently intense scientific investigation into this topic. thus far, none of the large, well designed studies have shown dietary supplementation with extra antioxidants reduces the risk of development of cancer. in fact one study demonstrated an increased risk of lung cancer in male smokers who took antioxidants vs,. male smokers who did not supplement. Whether this effect was from the antioxidants is unknown but it does raise the issue that antioxidants may be harmful under certain conditions.
Follow a balanced training program that emphasize regular exercise and eat 5 servings of fruits & Vegetables per day. This will ensure that you are developing your inherent antioxidant systems and that your diet is providing the necessary components.
Coronavirus disease (COVID-19) is an infectious disease caused by the SARS-CoV-2 virus. Most people infected with the virus will experience mild to moderate respiratory illness and recover without requiring special treatment. However, some will become seriously ill and require medical attention. Older people and those with underlying medical conditions like cardiovascular disease, diabetes, chronic respiratory disease, or cancer are more likely to develop serious illnesses. Anyone can get sick with COVID-19 and become seriously ill or die at any age.
Myths about Covid19
Can Covid-19 be transmitted through goods produced in countries where there is ongoing transmission?
Although it can last on surfaces for many hours, the environment, transportation, and varying temperatures during shipment make it difficult for the virus to remain active. If you feel the surface may be contaminated, clean it with a disinfectant and wash your hands after touching it.
Can Covid-19 be transmitted through mosquitoes?
There is no evidence that the novel coronavirus can be transmitted through mosquitoes. The virus can be spread through droplets from coughing, sneezing or a patient’s saliva.
How can we be sure that our clothes don’t spread coronavirus 2019?
Besides showering every day, you should wash your clothes using detergent or soap in 60-90 ํC water or add bleach. Dry the clothes in a high-temperature dryer or the sun.
Can drinking alcohol help prevent Covid-19?
Drinking alcohol, such as beer, liquor, wine doesn’t help prevent coronavirus. You should wash your hands often, wear masks, and avoid being close to those with a fever and cough.
Is it true that Covid-19 is transmitted in a cold climate and not in a hot and humid climate?
Coronavirus 2019 can be transmitted in any kind of climate. Wherever you are, no matter what kind of climate, you have to practice personal hygiene, i.e. wash your hands often, cover your mouth when you sneeze or cough, and wear masks.
Can digital thermometers be 100% effective in detecting Covid-19 patients?
It may take the virus 1-14 days to incubate and cause symptoms like fever, so it cannot be used to identify asymptomatic patients.
Can UV bulbs use for disinfecting be used to kill Covid-19 on our body?
Don’t use UV bulbs on your hands or any part of the body because UV light can irritate your skin.
Can spraying alcohol or chlorine on your body kill the virus inside?
Besides not being able to kill the virus inside your body, it could damage clothes and other tissues like eyes and lips.
Can eating garlic prevent covid-19?
Though garlic has some anti-microbial properties, there is no evidence that it can prevent Covid-19.
Can Pneumonia vaccine prevent Covid-19?
This virus is new and different from other strains. We need a vaccine that is developed specifically. The research team is working on this through the support of the WHO.
Can rinsing your nose regularly with saline solution prevent Covid-19?
Evidence has indicated that rinsing your nose with saline solution can help us recover faster from the common cold, but cannot prevent infectious respiratory diseases or Covid-19.
Is there any drug that can prevent and treat Covid-19?
At present, no drug can prevent and treat the disease. Patients should receive proper and supportive care to alleviate the symptoms. WHO is accelerating research with all the partners to actively study the treatment for the disease.
Telemedicine is an emerging field of convergence of medicine, technology and communication. It promises the best of medicinal facilities to people in rural or far flung areas. Telemedicine provides local medical staff the guidance of an expert physician far from the site of emergency. Such timely diagnosis and treatment increases the chances of patient survival. Information and communication technologies (ICTs) are expanding the availability and affordability of healthcare services. These technologies integrate electronic electronic medical information, clinical assessment tools and laboratory data to bring state of the art medical expertise to undeserved areas. Seamless sharing of information between healthcare providers has enabled the concept of hospitals without walls.
Patient data,both clinical and non-clinical, is crucial for accurate diagnosis and appropriate treatment. Clinical information includes history of illness, associated signs and symptoms, clinical observations and interventions, diagnosis and treatment, etc non-clinical information includes information about the patients’s environment , demographic information, lifestyle and occupation and any other relevant information for providing daycare. In most of the situations, early diagnosis and initiation of treatment can save patients’s life. For hard-pressed local medical staff with a serious or unusual medical condition, the ability to consult specialists elsewhere can mean the difference between life and death of the patient. With advances in telecommunication in formation processing capability and miniaturization of health diagnostic equipment, it has become possible to deliver immediate and effective healthcare to the masses.
Voice, video and data are electronically communicated for consultation between geographically separated clinicians. This involves:
a) Telemonitoring: Use of Audio-visuals, electronic signal/information processing and telecommunication technologies to monitor the patient’s such details as measurements taken from devices such as blood pressure cuff, blood oxygen, thermometer, stethoscope, weigh scale, blood glucose, meter, etc.
b) Telediagnosis: Detection of a disease by observation and evaluation of the patient data acquired and transmitted from the equipment/devices monitoring the remote patient.
c) Telementoring: Using telemonitoring an expert consultant guides a distant clinician in a new medical procedure.
Data acquisition and transfer
Data can be transferred in two ways: store-and-forward and real-time interactive video. The choice depends on the clinical setting, purpose of the consultation, infrastructure and economic considerations. Emerging rends in remote monitoring and diagnosis Electronic patient record. An Electronic patient record (EPR) are the electronically stored health information about any individual uniquely identified by an identifier which entails capturing, storing, retrieving, transmitting and manipulating patient specific healthcare data (including clinical, administrative and biographical data).
Home Telecare: The home telecare solution allows visual assessment of the patient, tracking of vital signs and review of the medications remotely,eliminating the need for the physician to be the physically present or the patients who may otherwise be unable to receive them due to geographic distance barriers. thus it holds a great promise in managing the health needs of individuals living in rural and remote areas. The home telecare system comprises a home care unit serving as the video interface, a camera and a gateway.
Emergency care: These devices have the ability to telematically “bring in” an expert emergency, allowing him to review the vital signs and issue directions on patient managements and treatment procedures to the emergency personnel until the patient is administered first aid and the hospital. This results in effective patient management, as the patient and initiate the treatment immediately. Medical Images and waveform can even be downloaded, stored, displayed and exchanged on personnel digital assistants (PDAs) and mobile phones, so these can be accessed at any time, anywhere to aid remote diagnosis and referrals.
Smart cards: Smart cards act as a portable, comprehensive and accurate source of up-to-date patient information. These can provide basic medical information about the patients, such as lists of drug sensitivities, current conditions being treated, name and phone number of the patients’s doctor and other information vital in an emergency. These can also carry vital medical history and details about insurance coverage. Remote diagnostics and related decision-making process can be integrated efficiently as the patients could carry the repository of information wherever he/she goes to receive treatment.
Telesurgery: Telesurgery is the provision of surgical care over a distance, with direct, real-time visualization of the operative field. it may be categorized into telepresence surgery and telerobotics. telepresence surgery uses a computerized interface to transmit a surgeon’s actions at the surgical workstations to the operative site at the remote surgical unit, with haptic feedback about the tactic environment of the operative fields to the surgeon. Telerobotics is remote control with a robotic arm, usually in conjunction with a laparoscope, without haptic feedback. In the future, though telemedicine will take some time to be available to ordinary people, it will have the greatest impact in the area of home healthcare, since the efficiencies realized are unimaginable.
Solar System means system of the sun. All bodies under the gravitational influence of our local star, the Sun, together with the Sun, forms the solar system. The largest bodies, including Earth revolving around the sun are called planets. Often smaller cool bodies, called satellites and moons, orbit a planet. Bodies smaller than planets that orbit the sun are classifieds as Asteroids if they are rocky or metallic from the region between Mars & Jupiter, Comets if they are mostly ice & dust, and Meteoroids if they are very small.
How Big is Our Solar system ?
To think about the large distances, we use a cosmic ruler based on the astronomical unit(AU). 1 AU is the distance from Earth to the Sun, which is about 150 million kilometres. the area of the Sun’s influence stretches far beyond the the planets, forming a giant bubble called the heliosphere. The enormous bubble of the heliosphere is created by the solar wind, a stream of charged gas blowing outward from the Sun. As the Sun orbits the center of the milky way, the bubble of heliosphere also moves ahead of itself in interstellar space through the interstellar gases. The area where the solar wind is abruptly slowed by pressure from gas between the stars is called the termination shock. That was observed when Voyager 1 began sending unusual data to Earth in late 2003. In December 2004, thats how scientists confirmed that Voyager 1 had crossed the termination shock at about 94 AU, approximately 13 billion kms from the sun,venturing into the vast, turbulent expanse where the Sun’s influence diminishes. Voyager 2, 16 billion kilometres from Voyager 1, crossed the termination shock in August 2007. Voyager 1 may reach in interstellar space sometime between 2014 & 2017; when voyagers exit the enormous Oort Cloud, a vast spherical shell of icy bodies surrounding the solar system.
Solar System: As we know it
A Solar system refers to a star and all the objects that travel in orbit around it. Our Solar system consists of the sun – our Star – Eight planets and their natural satellites (such as our moon); dwarf planets; asteroids and comets. Our solar system is locally in an outward spiral of the Milky Way galaxy.
Our Solar System Consists of-
Planets:8 – The planet count in our solar system has gone as high as 15 before new discoveries prompted a fine tuning of the definition of a planet.
Dwarf planets:6 – This new class of worlds helps us categorize objects that orbit the Sun but aren’t quite the same as the rocky planets and gas giants of our solar system. There could be hundreds more of these small worlds far out there waiting to be discovered.
Moons:173 – This Counts includes only the moons orbiting the eight planets in our solar system. it is likely there are more moons orbiting the giant planets of our solar system and there are moons orbiting around dwarf planets and asteroids.
Asteroids:645,118 – New asteroids are discovered on an almost daily basis. it is estimated that the mineral wealth of the asteroid in the main belt between Mars and Jupiter is about $100,000,000 for every person on Earth.
Comets:3,279 – orbiting spacecraft such as SOHO have raised this tally in recent years by catching the comets as they plunge towards the Sun – and sometimes vaporize. Scientists estimated there could be as many as 1,000,000,000 comets held in the gravitational grip of the Sun.
Just like most of his books, “One Arranged Murder” is written for the masses. Because the language is so simple and flowy, the book can be easily picked up by a non-reader or a beginner-level reader in English.
Let’s talk about the storyline
Keshav and Saurabh are best friends, colleagues, flatmates, and business partners at a detective agency they started. They are the same guys whom we see in the book, “The Girl in Room 105”. But Keshav and Saurabh are not talking, and the reason is Keshav’s habit of fat-shaming Saurabh’s fiancé, Prerna. Prerna is on the heavier side, and Keshav always finds some reason to take a jab at her weight.
Prerna and Saurabh, on the other hand, are a cheesy and romantic couple. There is probably more love between them than any arranged marriage couple. On Karva Chauth, Prerna decides to fast for Saurabh. She doesn’t eat and drink all day, and in the evening, gets all decked up, waiting for Saurabh to come and help break her fast. Saurabh is supposed to enter from the back gate and meet her on the terrace of her three-story house, but when he finally reaches there, what he sees shocks the life out of him.
This is the story of “One Arranged Murder”; the story of one arranged marriage that eventually becomes one arranged murder.
What to expect?
Expect the same things that you would expect from a regular Chetan Bhagat novel. It does not matter which category of readers you belong to, beginners or regulars, you would mostly be getting the same things out of this novel. Yes, there is a marginal improvement from his previous works, but the word that I would like to stress upon is marginal.
What about the writing style?
The book has all the ingredients of a classic masala drama. It has romance, comedy, murder, action, adventure, family drama, friendships, and light-hearted banter. It has a big Indian joint family that looks picture perfect from the outside, but on the inside, it is brimming with secrets and scheming members. People have corrupt intentions, dirty secrets, personal vendettas, and generations-old grudges.
How good is the pace?
Racy and fast-paced, the book can captivate the reader from the very beginning. For many books, what doesn’t happen till, well, 30% of the book, happens at just 30 pages here. I remember getting sucked into the story and its mystery by the end of the 30th page.
What did I like?
I like the way Chetan experiments with the narration. Throughout the book, it is mostly Keshav who narrates the story, but at times, some characters (like Sourabh and Anjali) tell their own story in some parts. They tell their tales from their point of view and perspectives.
Experimenting with the concept of an unreliable narrator in the first two chapters is also something that I loved. I just hoped Chetan had used it on a bigger scale. The ingenuity of this switch, especially in the beginning, is truly remarkable. In the first chapter, Keshav narrates and makes you form an opinion of Saurabh Then in 2nd chapter, Saurabh assumes the role of narrator, and tells you that he is sure Keshav must have already brainwashed you, he must have told you things, and you must have believed him. This makes the reader have trust issues with the main narrator – the reader is confused as to whose story must be trusted– Keshav’s or Saurabh’s?
The book also provides a running social commentary about things that are wrong with society. Some of the things that the author talks about are –
(1) Big fat Indian weddings, where people spend lavishly, only to show off, even when the money is tight .
(2) How people cringe at the word dowry, but the same people say ‘sometimes it is not dowry, it is love, isn’t it?’
(3) People holding on to family honor, even when it comes at the cost of justice and
(4) The tendencies of businesses to work unethically, when they overborrow, speculate, and siphon funds that do not belong to them.
Neuromarketing, a field that makes use of studies and research into the human mind, thoughts, feelings and experiences to design better products, increase sales as well as enhance the marketability of organizations has been gaining momentum. It involves developing an understanding of consumer needs by applying the techniques of neuroscience. While some techniques such as EEG, fMRI and the like are used to directly measure brain activity corresponding to specific functions, other tools include eye tracking and biometric data measurement.
Neuromarketing requires a good amount of investment. However, it is worth the expense since, in comparison to traditional forms of data collection, such as questionnaires and surveys, it directly collects information from the subconscious, a prime source of human decision-making. Moreover, manipulation of data is less likely using this method and it establishes a far better emotional connection with the audience. PepsiCo, Hyundai, Yahoo and eBay are some of the well-known organizations that have used neuromarketing. Spotify, the leading audio streaming platform has joined the list by recently collaborating with the neuro analytics company Neuro-Insight to conduct a brain wave study.
How was it conducted?
The study was based on the experience of 600 participants who listened to multiple genres of music, ranging from rap, pop, Latin, etc. Audio digital ads were allowed to play in between. Brain activity was measured by researchers using a brain tracking method known as Steady State Topography (SST). According to its developer, Richard Silberstein, founder of Neuro-Insight, It not only measures an individual’s speed of response to stimuli but also helps in understanding psychological processes by analyzing the speed of various brain sensitively.
What were the results?
Emotional intensity can be increased by using digital audio since it keeps the long-term memory active and engaged in the process of searching for details and memories.
The genre of music determines its impact on the brain. Rap music, which is driven by speech, tends to bring about more engagement. On the other hand, genres such as instrumental and rock produce more emotional attachment.
About 93 percent of the brain’s capacity to engage with the music or podcast impacts the engagement with ads. This was a particularly noteworthy aspect for Spotify, an ad-driven platform and can serve other similar platforms in the future.
Jon Gibs, who is the principal data scientist and global director at Spotify, reported that this study was conducted to ensure that Spotify serves content that aligns with the interests of the consumer. He believes that through Neuromarketing, brands can get good insights into a consumer’s thought process as they consume multiple types of media. Samrat Saran, who is the head of client solutions at Neuro-Insight, said that this study would enable them to determine Spotify’s efficiency as an ad-driven platform.
This study provided some valuable insights which can be very helpful to plenty of content creating and streaming platforms. Advertisers are always looking for customer-friendly platforms and through such studies, user experience can be optimized in such a way that more investors would be attracted to pitch in, which would, in turn, generate better revenues and services. Even though Neuromarketing is not yet widely used, it has the potential to transform the future of marketing.
A number of scientific enquirers suggest our universe may be one in a collection of other universes, possibly an infinite number of universes spreading through other dimensions of time and space. Although these ideas are speculative at the moment, the large Hadron Collider in Switzerland is searching for evidence of multiple dimensions. And ESA’s Planck satellite will be looking for the evidence of inflation. if either finds it is looking for, the possibility of multiple universes will become stronger. The new theory postulates that, just after the creation of the universe, space expanded hugely, driven by fluctuations in energy that once they began were rather had to stop. Not only did our universe grow, but so did countless others in a chain reaction that continues to this day. These other universes would bud off from our own and be completely observable to us. they would bud new ones, creating an endless cascade. The idea of multiple universes crops us again in theoretical efforts to understand why we exist. It also points to how the forces of nature are related to one another, suggesting that reality may consists of 11 dimensions, not just the three that are familiar.
How old is the Universe?
According to the best measurements ever taken of the radiation left over from just after the Big Bang, the universe is a little older and perhaps a bit stronger than previously thought.the data from the Planck satellite combined a map of the remnant glow that largely affirms scientists theories about the universe’s early history. but the results also reveal a few quirks. Launched by the European Space Agency in 2009, the Planck satellite scans the sky for the cosmic microwave background, radiation that dates back to about 380,000 years after the Big Bang. That radiation was originally about 2,700 degree Celsius but has cooled to a mere 2.7 degrees above absolute zero. Planck is essentially a supersentitive thermometer that can probe the temperature of this radiation to millionths of a degree. that extraordinary precision allowed researchers to map tiny temperature fluctuations in the radiations across the entire sky. Now, that cosmologists do have access to the map, they can make many conclusions about how the universe has evolved
Dark Matter Mystery
Most of the universe is made up of dark energy, a mysterious force that drives the accelerating expansion of he universe. the next largest ingredient is dark matter, which only interacts with the rest of the universe through its gravity. normal matter, including all the visible stars, planets and galaxies, makes up less than 5% of the total mass of the universe. Astronomers cannot see dark mater directly, but can study its effects. They cans see lights bent from the gravity of invisible objects (called gravitational lensing). they can also measure that stars are orbiting around in their galaxies faster than they should be. This can all be accounted for if there were a large amount of invisible matter tied upon each galaxy, contributing to its overall mass and rotation rate.
What Exactly it is ?
Astronomers know more about what dark matter is not than what is is. Dark matter is dark: It emits no light and cannot be seen directly, so it cannot be stars or planets. Dark matter is not clouds of normal matter , normal matter particles are called baryon. If dark matter were composed of baryons. it would be detectable through reflected light. Dark matter is not antimatter: Antimatter annihilates matter on contact, producing gamma rays. Astronomers do not detect them. Dark matter is not black holes : Black holes are gravity lenses that bend light. Astronomers do not see enough lensing events to accounts of dark matter that must exist. Particle colliders such as the large Hadron Collider. Cosmology instruments such as WMAP and Planck. Direct detection experiments including CDMS, XENON, Zeplin, WARP, ArDM and others. Indirect detection experiments including; Gama ray detectors (Fermi from space and Cherenkov telescopes from the ground ); neutrino telescopes (IceCubes, Antares); antimatter detectors( Pamela, AMS-02) and X-ray and radio facilities.
India measures 3214 km from north to south and 2933 from east to west with a total land area of 3,287,263 sq. km. It has a land frontier of 15.200 km and a coastline of 7516.5 km. Andaman and Nicobar Islands in the Bay of Bengal and lakshadweep in the Arabian sea are parts of India. the Country shares its political borders with Pakistan & Afghanistan on the west and Bangladesh and Burma on the east. the Northern boundary is made up of the Sinkiang province of China, Tibet, Nepal and Bhutan. India is separated from Sri Lanka by a narrow channel of sea formed by the Palk Strait and the Gulf of Mannar.
The state emblem of India is an adaptation from the Sarnath lion, at the capital of Ashoka the Emperor, as preserved in the Sarnath Museum. The Government of India adopted the emblem on 26th January 1950, the day when India became a republic. In the State emblem adopted by the government, only three lions are visible, the fourth been hidden from the view. The wheel appears in the relief in the center of the abacus with a bull on the right and a horse on the left and the outlines of the other wheel on the extreme right and left.the bell shaped lotus has been omitted. the words “Satyameva Jayate” from the Mundaka Upanishads meaning “Truth alone triumphs” inscribed below,the abacus of the emblem in Devanagari script is also referred to as the National Motto.
The National Flag
The National Flag is a horizontal tri-colour of deep saffron (Kesari) (Representing Courage and Sacrifice) at the top, White (peace and truth) in the middle and Dark green (Faith and Chivalry) at the bottom at equal proportion. The ratio of the width of the flag to its length is 2:3. In the center of white band is a wheel, in navy blue. Its design is that of the wheel (Chakra) which appears on the abacus of the Sarnath Lion Capital of Asoka. Its Diameter approximates the width of the white band, it has 24 spokes. The Design of the national flag was adopted by the constituent assembly of India on 22nd July, 1947. Its use and display are regulated by a code.
Jana Gana Mana is the national anthem of India. It was originally composed as Bharoto Bhagyo Bidhata in Bengali by polymath Rabindranath Tagore. The first stanza of the song Bharoto Bhagyo Bidhata was adopted by the Constituent Assembly of India as the National Anthem on 24 January 1950. A formal rendition of the national anthem takes approximately 52 seconds. It was first publicly sung on 27 December 1911 at the Calcutta (now Kolkata) Session of the Indian National Congress. The National Anthem of India is played or sung on various occasions. Instructions have been issued from time to time about the correct versions of the Anthem, the occasions on which these are to be played or sung, and about the need for paying respect to the anthem by observance of proper decorum on such occasions. The substance of these instructions has been embodied in the information sheet issued by the government of India for general information and guidance. The approximate duration of the Full Version of National Anthem of India is 52 seconds and 20 seconds for shorter version.
The song Vande Mataram composed by Bankim Chandra Chatterjee has an equal status with Jana Gana Mana. The first political occasion when it was sung was the 1896 session of the INC.
At the time of Independence , the govt, of the India followed the Gregorian calendar based on the christian era. The National Government adopted the recommendation of the Calendar Reform Committee that the Saka era be adopted as the basis of the National Calendar. The Saka year has the normal 365 days and begins with Chaitra as its first month. The days of the Saka Calendar have a permanent correspondence with the dates of the Gregorian Calender, Chaitra 1 falling on March 22 in a normal year and on March 21 in a leap year. The national Calender commenced on Chaitra 1 Saka, 1879 corresponding to to March 22, 1957 AD.
Lotus (Nelumbo NuciferaGaertn) is the national Flower of India. It is sacred flower and occupies a unique position in the art and mythology of ancient India and has been an auspicious symbol of Indian Culture since time immemorial. India is rich in Flora. Currently available data places India in the 10th position in the world and 4th in Asia in plant diversity. From about 70% geographical area surveyed so far, 47,000 species of plant have been described by the Botanical Survey of India(BSI).
The Combination of grace, strength, agility and enormous power has earned Tiger, (Panthera tigris), its pride of place as the national animal of India. Out of eight species known, The Royal Bengal Tiger, is rare.
the Ganga or Ganges is the longest river of India flowing over 2510 kms of mountains Valleys and plains. It originates in the snowfields of the Gangotri Glacier in the Himalaya as the Bhagirathi River. It is later joined by Alakananda, Yamuna, Son, Gomti, Kosi and Ghagra. The Ganga river basin is one of the most fertile and densely populated areas of the world and covers an entire area of 1.000.000 sq.km The Ganga is revered by Hindu as the most sacred river on earth.
Indian fig tree, (Ficus bengalensis) whose branches root themselves like new trees over a large areas. The roots then gives rise to more trunks and branches. Because of this characteristics and its longevity, this tree is considered immortal and is a n integral part of the myths and legends of India. Even today, the banyan tree is the focal point of village life and thevillage counil meets under the shade of this tree.
Magnifera indica, The mango tree is one of the most important and widely cultivated fruit trees pf the tropical world. its juicy fruit is the rich source of Vitamin A, C & D. In India there are over 100 varieties of mangoes, in different sizes, shapes and colours. Mangoes have been cultivated in India from time immemorial.
The Indian Peacock, (Pavo cristatus), the national bird of India, is a colorful bird, with beautiful velvet feathers and slender neck. The male of the species more colorful than the female, with a glistening blue breast and neck and spectacular bronze-green tail of around 200 elongated feathers. The female is brownish and slightly smaller than the male and lacks the tail, The dance of the male fanning out the tail and preening its feathers is a gorgeous sight.
Hockey is India’s national game. India won the first Olympic history gold in 1928, in Amsterdam, beating the Netherlands 3-0 India’s hockey team is the most successful team ever in the Olympics, having won eight gold medals in 1928, 1932, 1936, 1948, 1952, 1956, 1964 and 1980. India also has the best overall performance in Olympic history with 83 victories out of the 134 matches played.
Indian Standard Time (IST)
India has only one standard time, India is 5.5 hours ahead of GMT/UTC, 4.5 hours behind Australian eastern Standard time and 10.5 hours of American Eastern Standard time.
India gate, one of the largest war memorials, situated in the heart of New Delhi, is the national monument of India. It was erected in memory of 90,000 soldiers who lost their lives fighting in the world war 1 and Afghan war for the British army. It was designed by Sir Edwin Lutyebs. Earlier it was called All India War Memorial.
National Aquatic animal
River Dolphin (Platanista gangetica) is an endangered species in India. River Dolphin is critically endangered species in India. It has been put in Schedule 1 of the Wildlife protection Act, 1972. Poaching., degradation of its habitat, siltation, pollution and reduced flow of river water are said to be the reasons for its depletion.
The symbol is a combination of both Devanagari letter ”Ra” and Roan letter “R” with a stripe cutting at the middle to represent the tricolor. it also means equality.
National Heritage Animal
In order to enhance the population of this mammalian species the Ministry of the Environment has declared Asiatic Elephants as the National heritage Animal.
First-person shooters are a type of shooter game that relies on a first-person point of view with which the player experiences the action through the eyes of the character. They differ from third-person shooters in that, in a third-person shooter, the player can see the character they are controlling (usually from behind, or above). The primary design focus is combat, mainly involving firearms or other types of long-range weapons. A defining feature of the genre is “player-guided navigation through a three-dimensional space.” This is a defining characteristic that clearly distinguishes the genre from other types of shooting games that employ a first-person perspective, including light gun shooters, rail shooters, shooting gallery games, or older shooting electro-mechanical games. The First-person shooter games are thus categorized as being distinct from light gun shooters, a similar genre with a first-person perspective that uses dedicated light gun peripherals, in contrast to the use of conventional input devices. Light-gun shooters (like Virtua Cop) often feature “on-rails” (scripted) movement, whereas first-person shooters give the player complete freedom to roam the surroundings.
The first-person shooter may be considered a distinct genre itself, or a type of shooter game, in turn, a subgenre of the wider action game genre. Following the release of Doom in 1993, games in this style were commonly referred to as “Doom clones“; over time this term has largely been replaced by “first-person shooter”. Wolfenstein 3D, released in 1992, the year before Doom, has been often credited with introducing the genre, but critics have since identified similar, though less advanced, games developed as far back as 1973. There are occasional disagreements regarding the specific design elements which constitute a first-person shooter. For example, titles like Deus Ex or BioShock may be considered as first-person shooters, but may also fit into the role-playing games category, as they borrow extensively from that genre. Other examples, like Far Cry and Rage, could also be considered adventure games, because they focus more on exploration than simple action, they task players with multiple different objectives other than just killing enemies, and they often revolve around the construction of complex cinematic storylines with a well-defined cast of secondary characters to interact with. Furthermore, certain puzzle or platforming games get also called first-person shooters, despite lacking any direct combat or shooting element, instead of using a first-person perspective to help players immerse within the game and better navigate 3D environments (for example, in the case of Portal, the ‘gun’ the player character carries is used to create portals through walls rather than fire projectiles). Some commentators also extend the definition to include combat flight simulators and space battle games, whenever the cockpit of the aircraft is depicted from a first-person point of view.
It is the story of a young dreamer that tells the saga of consciousness, struggle and success in every eye; one who has the power to rip the ground with his arms; one who talks about making a hole in the sky; one who is anxious to achieve his goals; one who does not accept anything for free; and if he wants freedom, he is ready to spill his blood.
Subhash Chandra Bose, popularly known as “Netaji”, a great militant, freedom fighter and patriot was born at Cuttack, Orissa on January 23, 1897 to Janakinath Bose and Prabhavati Devi. Janakinath was a well- known lawyer. Prabhavati Devi was a religious and God-fearing woman.He was strongly influenced by Swami Vivekananda’s teachings and was known for his patriotic zeal as a student. Subhash Chandra was a brilliant student from the very beginning and was first in the merit list of successful students in the matriculation examination.Bose did his graduation from Presidency College, Kolkata. He went to England in September 1919 for higher studies. He was selected for the Indian Civil Service but returned to India without completing his training to take part in the freedom struggle.
Bose’s selfless contribution to India’s Independence Movement and organizing and leading the Indian National Army is indispensable. His struggle of Independence was highlighted during the Civil Disobedience Movement for which he had even been arrested. In fact, he was imprisoned 11 times for his ideologies and the use of force against the British. Bose was elected the president of the Indian National Congress twice but he resigned from the post as he was against the congress internal and foreign policy. Subhash Chandra favored complete freedom of India at the earliest while the Congress was in favor of freedom in phases in the beginning. He was also against India’s joining the Second World War as an ally of the British. This led to differences with Gandhiji, and so he resigned from the President-ship of the Congress and set up the Forward Block.Soon, he left the party and went out of the country seeking an alliance with other countries to fight against British forces. He earned the support of the Japanese and they agreed to help him in forming the Indian national army in Southeast Asia. Later on, he became the commander of the INA. The Indian National Army attacked the North-eastern parts of India. This attack took place under the leadership of Subhash Chandra Bose and he was even successful in acquiring a few portions of the north-eastern parts of India. Unfortunately, the surrender of the Japanese forced him to withdraw and call off the war.
Subhash Chandra launched an all-India anti-British Campaign in September, 1939. He was arrested in July, 1940. Later he was put under house-arrest, but then he disappeared in the guise of a Pa than and reached Berlin, Germany in November, 1941.He reached Malaya and established Indian National Army (INA) or Azad Hind Fauz by recruiting Indian prisoners of war. In June, 1943, he visited Japan to have support of the Japanese government in the freedom struggle of India. On October 21, 1943, he became the commander of the Indian National Army in Singapore and began his military struggle against the British. He also established the Provisional Government of Free India there. In December, 1943 he occupied Andaman and Nicobar Islands. In December 1944 the Indian National Army crossed the Burma-India Border and reached Kohima and then Imphal. But the surrender of the Japanese forced him to withdraw and call off the war. It is believed that he lost his life in a plane-crash on August 18, 1945 at the Taihoku airport, Formosa. Subhash Chandra was one of the greatest freedom-fighters and patriots and the Pride of Bengal. He became a legend in his life-time as a great leader, fiery orator and organizer. He was sent to prison eleven times during 1920-1941.
After his mysterious disappearance from his house, where he was under arrest, he appeared in Kabul and again disappeared until he surfaced in Germany. From there he started publishing and broadcasting on air to help the struggle for freedom.He was promised help in his armed struggle by Germany. Then he traveled to Japan facing all the dangers posed by the Second World War. He became the commander of the Indian National Army and freed the islands of Andaman and Nicobar and renamed them as Swaraj and Saheed Islands.”Delhi Chalo” (March Delhi) becomes the battle cry of the Indian National Army and they were soon across the Indian border in Manipur but then the bombing of Hiroshima and Nagasaki and the surrender of the Japanese army changed the whole course of events. Therefore, he decided to return to Tokyo to decide his further course of action, but unfortunately, his plane crashed near Taipei and he achieved martyrdom at the young age of 48 years. But the country took the news of his death with disbelief and still there are thousands and thousands of Indians who believe that he is alive.
In popular Media,
In 2004, Shyam Benegal directed the biographical film, Netaji Subhas Chandra Bose: The Forgotten Hero depicting his life in Nazi Germany (1941–1943), in Japanese-occupied Asia (1943–1945) and the events leading to the formation of Azad Hind Fauj. The film received critical acclaim at the BFI London Film Festival, and has garnered the National Film Award for Best Feature Film on National Integration, and the National Film Award for Best Production Design for that year .
In 2017, ALTBalaji and BIG Synergy Media, released a 9-episode web series, Bose: Dead/Alive, created by Ekta Kapoor, a dramatized version of the book India’s Biggest Cover-up written by Anuj Dhar, which starred Bollywood actor Rajkummar Rao as Subhas Chandra Bose and Anna Ador as Emilie Schenkl. The series was praised by both audience and critics, for its plot, performance and production design.
Gumnaami is an 2019 Indian Bengali mystery film directed by Srijit Mukherji, which deals with Netaji’s death mystery, based on the Mukherjee Commission.
The Ministry of railways of India renamed one of the oldest running trains of India, Kalka Mail as Netaji Express from 23 January 2021.
Netaji was a great adventurer as well. His military exploits, unmatched patriotism and exemplary bravery have made him a role model for the young men and women of India. He still lives within our hearts and minds and works as a leading light and source of inspiration.
“By freedom I mean all-round freedom, i.e. freedom for the individual as well as for the society; freedom for the rich as well as for the poor; freedom for men as well as for women; freedom for all individuals and for all classes.” -Netaji Subhash Chandra Bose
“We should have but one desire today – the desire to die so that India may live – the desire to face a martyr’s death, so that the path to freedom may be paved with the martyr’s blood”. -Netaji Subhash Chandra Bose
Netaji was a true Inspiration and has enlighten our world with his Ideologies & Beliefs. He is a Forever Legend and we all are eternally in debt to him for his sacrifice towards our motherland. He will remain in our hearts and thus will lead an immortal life forever.
A western admirer once described Swami Vivekananda as being ‘young in years but eternal in wisdom’. if you accept this ecstatic statement at this face value, it establishes the relevance of Swami Vivekananda’s philosophy today.
Vivekananda, original name Narendranath Datta, Datta also spelled Dutt, (born January 12, 1863, Calcutta (now Kolkata) died July 4, 1902, near Calcutta), is a Hindu spiritual leader and reformer in India who attempted to combine Indian spirituality with Western material progress, maintaining that the two supplemented and complemented one another. At the age of eight in 1871, Vivekananda was enrolled at Ishwar Chandra Vidyasagar’s Institution and later at the Presidency College in Calcutta. He was exposed to Western philosophy, Christianity, and science. He had an interest in music both instrumental as well as vocal. He was active in sports, gymnastics, wrestling, and bodybuilding. He was also fond of reading and till the time he had completed his graduation from the college he had acquired a vast knowledge of various subjects
Swami Vivekananda’s inspiring personality was well known both in India and in America during the last decade of the nineteenth century and the first decade of the twentieth. The unknown monk of India suddenly leapt into fame at the Parliament of Religions held in Chicago in 1893, at which he represented Hinduism. His vast knowledge of Eastern and Western culture as well as his deep spiritual insight, fervid eloquence, brilliant conversation, broad human sympathy, colorful personality, and handsome figure made an irresistible appeal to the many types of Americans who came in contact with him. People who saw or heard Vivekananda even once still cherish his memory after a lapse of more than half a century.
Man-making — His mission
Swami Vivekananda’s relevance depends not on the nature of the problems we face but on the spirit with those problems have to be tackled. his stress on man himself, for, given the right kind of man, no problem need be daunting. ‘Man-making is my mission’, he used to say. Indeed, a country’s future depends upon its people-how good, intelligent and capable they are.
Character-building through Education
Character building is one of the main and fundamental objectives of education. In ancient times, education was for the formation of character.He considered character building to be the most important objective of education. He believed that religious, character and moral qualities should be inculcated in the students through education. It was his academic opinion and plan to develop the characteristic qualities in the students from the Upanayan Adi Sanskars at the beginning of the education and to reach the full level through the entire code of conduct of Brahmacharyashram. To him, Man Acharya means a Guru whose conduct remains to be followed by all the disciples. Acharya means a living embodiment of the code of ethics. The Acharya teaches the children the rituals of Sandhya, Upasana, Snan, Achaman, Pranayama etc. The life and thoughts of the Acharya in the Gurukul remain a great source of character building of the disciples. The working people, who had long been neglected and had no access to education, should now receive special attention so that they could quickly overcome their initial drawbacks. He wanted education to reach out to them rather than they come to education. Swamiji believes that the contribution of parents in shaping the character of a child is especially important. The work of the Acharya proceeds on its foundation. Parents as well as principals have a major role to play in the character building of the disciple – in the training of body, mind and soul.
The natural tendency of Vivekananda’s mind, like that of his Master, Ramakrishna, was to soar above the world and forget itself in contemplation of the Absolute. But another part of his personality bled at the sight of human suffering in East and West alike. It might appear that his mind seldom found a point of rest in its oscillation between contemplation of God and service to man. Be that as it may, he chose, in obedience to a higher call, service to man as his mission on earth; and this choice has endeared him to people in the West, Americans in particular.