Saturday, December 13, 2008
fixied deposit
Deposits which are repayable after less than 6 months are called Short Deposits; interest thereon is calculated on the basis of 365 days in a year for the actual number of days the Short Deposit remains with the Bank. Deposits which are repayable after six months or more are called Fixed Deposits; interest thereon is calculated on the basis of 365 days in a year or actual months KYC ( Know Your Customer) for opening account is applicable for these accounts hence proof of residence and proof of identification will be required alongwith recent photograph of the depositor/s Need to open Savings Bank AccountsIt is desirable that the Term Deposit account holders also maintain Savings Bank accounts with the Bank so as to avoid delay in disbursement of interest on term deposits or inconvenience to the depositor to call on the Branch to collect interest. For the benefit and convenience, may we suggest that you open a Savings Bank Account with us and give us instructions to credit thereto, half yearly interest on this Term Deposit Receipt. Your interest will earn interest.'' Minimum amount Rs.1 lac for SDR and Rs.10,000/- for FDR in Metro and Urban Branches and Rs.5000/- in Rural and Semi urban branches in FDR/SDR .Minimum amount per single deposit for period of 7days to 14 days will be Rs.1lac. Minimum Amount criteria will not be applicable to Subsidy kept under GOVT Sponsored Schemes, Margin Money, earnest money and court attached/ordered deposits Payment of Interest: (Subject to applicable TDS) Interest will be paid half yearly on 1st October and on 1st April and in case these dates falls on holidays then on the next working day Payment and Renewal of Deposits Before Maturity Depositors may request repayment of their deposits before maturity. Repayment of term deposits before maturity is permissible in terms of the directives of the Reserve Bank of India issued from time to time. In terms of the directives, the provision regarding premature withdrawal of deposits is as follows:
human heart
Did you give your friends valentines and little heart-shaped candies on Valentine's Day? Do you ever cross your heart when making a promise that you really, really mean? Or turn on the radio to hear a guy singing about his broken heart?We see and hear about hearts everywhere. A long time ago, people even thought that their emotions came from their hearts, maybe because the heart beats faster when a person is scared or excited. Now we know that emotions come from the brain, and in this case, the brain tells the heart to speed up.
So what's the heart up to, then? How does it keep busy? What does it look like? Let's find out.Your heart is really a muscle. It's located a little to the left of the middle of your chest, and it's about the size of your fist. There are lots of muscles all over your body — in your arms, in your legs, in your back, even in your behind.But the heart muscle is special because of what it does. The heart sends blood around your body. The blood provides your body with the oxygen and nutrients it needs. It also carries away waste.
Your heart is sort of like a pump, or two pumps in one. The right side of your heart receives blood from the body and pumps it to the lungs. The left side of the heart does the exact opposite: It receives blood from the lungs and pumps it out to the body.
We Got the Beat How does the heart beat? Before each beat, your heart fills with blood. Then its muscle contracts to squirt the blood along. When the heart contracts, it squeezes — try squeezing your hand into a fist. That's sort of like what your heart does so it can squirt out the blood. Your heart does this all day and all night, all the time. The heart is one hard worker!
Heart Parts;The heart is made up of four different blood-filled areas, and each of these areas is called a chamber. There are two chambers on each side of the heart. One chamber is on the top and one chamber is on the bottom. The two chambers on top are called the atria; (say: ay-tree-uh). If you're talking only about one, call it an atrium. The atria are the chambers that fill with the blood returning to the heart from the body and lungs. The heart has a left atrium and a right atrium.
So what's the heart up to, then? How does it keep busy? What does it look like? Let's find out.Your heart is really a muscle. It's located a little to the left of the middle of your chest, and it's about the size of your fist. There are lots of muscles all over your body — in your arms, in your legs, in your back, even in your behind.But the heart muscle is special because of what it does. The heart sends blood around your body. The blood provides your body with the oxygen and nutrients it needs. It also carries away waste.
Your heart is sort of like a pump, or two pumps in one. The right side of your heart receives blood from the body and pumps it to the lungs. The left side of the heart does the exact opposite: It receives blood from the lungs and pumps it out to the body.
We Got the Beat How does the heart beat? Before each beat, your heart fills with blood. Then its muscle contracts to squirt the blood along. When the heart contracts, it squeezes — try squeezing your hand into a fist. That's sort of like what your heart does so it can squirt out the blood. Your heart does this all day and all night, all the time. The heart is one hard worker!
Heart Parts;The heart is made up of four different blood-filled areas, and each of these areas is called a chamber. There are two chambers on each side of the heart. One chamber is on the top and one chamber is on the bottom. The two chambers on top are called the atria; (say: ay-tree-uh). If you're talking only about one, call it an atrium. The atria are the chambers that fill with the blood returning to the heart from the body and lungs. The heart has a left atrium and a right atrium.
human nail
The nail plate is the actual nail, and it is composed of translucent keratin. Keratin is made up of compressed hard layers of a protein substance that is produced by the cells of the nail matrix. The pink appearance of the nail comes from the blood vessels located in the nail bed. The nail plate acts as a protective shield, shielding the delicate tissues of the underlying Nail Bed.The nail matrix (nail root) is found beneath the skin under the proximal nail fold. The cells within the nail root produce the nail plate and most of the nail bed. The leading edge of the nail matrix is seen as a white, crescent shaped structure called the lunula.The matrix is in fact the root of the nail. This area is not visible, it is hidden and protected by the Proximinal Nail Fold. The matrix produces keratin cells that make up the nail plate. As more and more cells are produced the older ones are pushed outwards and flattened, all this pushing and flattening results in the cells loosing their original white plumpish appearance. They eventually become transparent and become part of the nail plate.The nail folds protect the matrix. The Proximinal Nail Fold and the Lateral Nail Folds are part of our skin. The skin does not just end there, it in fact folds at the edges and continues beneath. This continuing skin acts as a protective barrier, it in fact protects and seals the matrix against bacteria and dirt that is common within our environment.The cuticle (eponychium) is situated between the skin of the toe and the nail plate, fusing these structures together and providing a waterproof barrier. The cuticle helps to prevent micro-organisms and moisture from harming the nail matrix. The Eponychium is in fact not the true cuticle. The eponychium attaches closely to the nail plate and moves with it as the nail plate grows. This extra growth of eponychium is generally freed and pushed back during a manicure. The eponychium’s function is to act as a barrier seal to stop bacteria, infection from getting to the matrix.We are constantly shedding dead skin cells throughout our daily life, the nail folds are no exception. The skin on the underside of the nail folds sheds constantly as the nail plate grows and rubs (sloughs) against it. These dead skin cells attach to the nail plate and become visible as the nail grows. This attached skin is referred to as the Ptygerium, dead skin cell or the true cuticle. This needs to be removed regularly in order to prevent a build up.
credit card
The importance of credit management;In order to buy a home, get a loan, deal with emergencies, make online & mail-order purchases, or do almost any kind of traveling, you must have access to credit. But merely having it isn’t enough. To begin with, a lower credit rating costs you money with higher interest rates. And over the course of your life, managing credit wisely can be one of the most important factors in achieving your future goals.
Fortunately, there are easy ways to stay in control of your credit. Probably the best way is with financial software (which you will need to buy) or Online Banking (which Bank of America offers free to its customers with a credit card or loan account). For example, with Online Banking, you can also schedule automatic payments to ensure you are never late.
By staying up-to-date with your credit and using it wisely, you will make accomplishing your financial and personal goals much easier. Free from the burden of too much debt, you will be able to pursue short-term plans while also saving for the future.
Your ability to manage credit wisely will help you:
· Build wealth instead of paying off debt
· Get lower interest rates and better loan terms
· Enjoy the freedom to do the things you want to do
· Plan a successful financial future
Your credit score is the product of a complicated formula, made up of several different elements that provides a measure of your creditworthiness. The higher your credit score, the less risk you present to a lender and, therefore, the more likely they are to let you borrow larger amounts, at better interest rates. The most commonly used credit scores are those provided by Fair Isaac Corporation, called FICO® scores. A FICO score can range from 300 to 850. Fair Isaac provides FICO scores to all 3 of the major credit reporting agencies: Equifax, Experian, and TransUnion. Each agency then adjusts the score based on the specific information it has for you. That means you actually have 3 different FICO scores, although they usually don’t vary too greatly.
How to check your credit status
Knowing your credit history is the first critical step in managing credit wisely. Your credit report documents your financial behavior over the past several years — how much credit you have, how long you've (you have) had it, and whether or not you pay your bills on time. You need to know what is on your credit report so you can identify any problems and take any actions that might be necessary. Errors can appear in your credit report for many different reasons and, if they do, you need to get them fixed immediately. With identity theft still an unfortunate reality, it’s especially important to catch errors as soon as possible.
How to check your credit status
Knowing your credit history is the first critical step in managing credit wisely. Your credit report documents your financial behavior over the past several years — how much credit you have, how long you've (you have) had it, and whether or not you pay your bills on time. You need to know what is on your credit report so you can identify any problems and take any actions that might be necessary. Errors can appear in your credit report for many different reasons and, if they do, you need to get them fixed immediately. With identity theft still an unfortunate reality, it’s especially important to catch errors as soon as possible.
Fortunately, there are easy ways to stay in control of your credit. Probably the best way is with financial software (which you will need to buy) or Online Banking (which Bank of America offers free to its customers with a credit card or loan account). For example, with Online Banking, you can also schedule automatic payments to ensure you are never late.
By staying up-to-date with your credit and using it wisely, you will make accomplishing your financial and personal goals much easier. Free from the burden of too much debt, you will be able to pursue short-term plans while also saving for the future.
Your ability to manage credit wisely will help you:
· Build wealth instead of paying off debt
· Get lower interest rates and better loan terms
· Enjoy the freedom to do the things you want to do
· Plan a successful financial future
Your credit score is the product of a complicated formula, made up of several different elements that provides a measure of your creditworthiness. The higher your credit score, the less risk you present to a lender and, therefore, the more likely they are to let you borrow larger amounts, at better interest rates. The most commonly used credit scores are those provided by Fair Isaac Corporation, called FICO® scores. A FICO score can range from 300 to 850. Fair Isaac provides FICO scores to all 3 of the major credit reporting agencies: Equifax, Experian, and TransUnion. Each agency then adjusts the score based on the specific information it has for you. That means you actually have 3 different FICO scores, although they usually don’t vary too greatly.
How to check your credit status
Knowing your credit history is the first critical step in managing credit wisely. Your credit report documents your financial behavior over the past several years — how much credit you have, how long you've (you have) had it, and whether or not you pay your bills on time. You need to know what is on your credit report so you can identify any problems and take any actions that might be necessary. Errors can appear in your credit report for many different reasons and, if they do, you need to get them fixed immediately. With identity theft still an unfortunate reality, it’s especially important to catch errors as soon as possible.
How to check your credit status
Knowing your credit history is the first critical step in managing credit wisely. Your credit report documents your financial behavior over the past several years — how much credit you have, how long you've (you have) had it, and whether or not you pay your bills on time. You need to know what is on your credit report so you can identify any problems and take any actions that might be necessary. Errors can appear in your credit report for many different reasons and, if they do, you need to get them fixed immediately. With identity theft still an unfortunate reality, it’s especially important to catch errors as soon as possible.
Shares Market of India
Understand the Trading Basics Guide to Day Trading Trading in shares conjures of image of big money in quick time. Initial Public Offering (IPOs) means the first sale of stock from private company to the public The Company releases its stock for sale on a public market. And getting a piece of hot IPO is not all that easy. So an investor is well advised to keep an eye on the upcoming IPOs or IPO calendar to be able to grab those high yielding issues.If that were so, then would everyone not be a millionaire? Read on, to learn to invest smart and get good returns.
Investing in mutual funds has become increasingly popular among investors. Several advantages are offered by mutual funds over investing in individual stocks. Mutual fund shareholders have to pay the transactional costs, which is divided among various shareholders who deal in mutual funds. Mutual funds professionals need to apply their work experience, dedicate their time for research investment options for mutual funds. However, mutual funds are risk-free. If the mutual fund invests primarily in stocks, it is usually subject to the same risks as the stock market.
Tata Infrastructure (Equity: Diversified), Kotak Opportunities (Equity: Diversified), UTI Infrastructure (Equity: Diversified), Magnum Contra (Equity: Diversified),HDFC prudence (Hybrid: Equity-oriented), Magnum Balanced (Hybrid: Equity-oriented), Relience Growth (Equity: Diversified) are popular mutual funds in India.
their retirement. Rarely, people invest in equities as that is a risky proposition. Hence the need for www.sharesmarket.in to scientifically guide you, step-by-step, invest in Stock Market with assurance. We cover all the financial instruments- IPO, Mutual Fund, Derivatives or Equities- for you. Inflation constantly whittles down your savings. You must account for inflation to maintain and preferably jack up your purchasing power.
Sound Investing is required to cover our retirement period. Hence, there is an urgent need to invest judiciously so that we get a steady income for self and family post retirement.Inflation cuts into the value of the money we save by constantly eroding the purchasing value. Hence, the need to find means to offset the inflation.The best possible way to nullify inflation is to invest in shares, debentures, bonds, Bullion market, or real estate.
Investing in mutual funds has become increasingly popular among investors. Several advantages are offered by mutual funds over investing in individual stocks. Mutual fund shareholders have to pay the transactional costs, which is divided among various shareholders who deal in mutual funds. Mutual funds professionals need to apply their work experience, dedicate their time for research investment options for mutual funds. However, mutual funds are risk-free. If the mutual fund invests primarily in stocks, it is usually subject to the same risks as the stock market.
Tata Infrastructure (Equity: Diversified), Kotak Opportunities (Equity: Diversified), UTI Infrastructure (Equity: Diversified), Magnum Contra (Equity: Diversified),HDFC prudence (Hybrid: Equity-oriented), Magnum Balanced (Hybrid: Equity-oriented), Relience Growth (Equity: Diversified) are popular mutual funds in India.
their retirement. Rarely, people invest in equities as that is a risky proposition. Hence the need for www.sharesmarket.in to scientifically guide you, step-by-step, invest in Stock Market with assurance. We cover all the financial instruments- IPO, Mutual Fund, Derivatives or Equities- for you. Inflation constantly whittles down your savings. You must account for inflation to maintain and preferably jack up your purchasing power.
Sound Investing is required to cover our retirement period. Hence, there is an urgent need to invest judiciously so that we get a steady income for self and family post retirement.Inflation cuts into the value of the money we save by constantly eroding the purchasing value. Hence, the need to find means to offset the inflation.The best possible way to nullify inflation is to invest in shares, debentures, bonds, Bullion market, or real estate.
camera lens
Lens Formats;The early CCTV lenses were designed for the 1" format tube camera and many of these are still available on the market. The lens screw thread on these cameras is called a C-mount. In recent years' lenses have been developed for the 2/3," 1/2" and now 1/3" format cameras. For this reason great care must be exercised when selecting a lens for a particular camera. Just as there are four sizes of camera so there are four sizes of lenses and they are not compatible in every combination. A lens designed for a larger format camera may be used on a smaller format but not the reverse. In addition the field of view will not be the same on different size cameras.
There is now a further complication in that there is a new range of lenses with what is called the CS-mount. In this case a C-mount lens may be used on a CS-mount camera with an adapter ring but a CS-mount lens can not be used on a C-mount camera. The difference between the two types of mount is the back focal length (not the same as the focal length). This is an optical change to the back focal length and is not a mechanical difference to the lens. The screw thread and shoulder length for each type of mount are identical making it impossible to see the difference except that the overall size of the CS-mount lens is smaller. The main problem is that either type of lens can be screwed onto both types of camera without damage.
The result is that if the wrong type is used it will be impossible to focus the camera.
Diagram L2 shows the sensor sizes to be used when calculating fields of view and angles of view.A chart is provided at the end of this section showing the relationships between different lenses and camera combinations and the associated angle of view. At this time the majority of lenses with a focal length of 25mm and above are still designed for 1" cameras. This means that special care must be taken when using this long focal length lens on modern cameras. For instance a 25mm 1" lens provides the following approximate angles of view on the different formats.
It can be seen therefore that there would be a significant variation in the expected scene content if this fact were overlooked.The focal length of a lens determines the field of view at particular distances. This can either be calculated from the formulae or determined from tables provided by most lens suppliers. Most manufacturers also provide simple to use slide or rotary calculators that compute the lens focal length from the scene size and the object distance. The longer the focal length
There is now a further complication in that there is a new range of lenses with what is called the CS-mount. In this case a C-mount lens may be used on a CS-mount camera with an adapter ring but a CS-mount lens can not be used on a C-mount camera. The difference between the two types of mount is the back focal length (not the same as the focal length). This is an optical change to the back focal length and is not a mechanical difference to the lens. The screw thread and shoulder length for each type of mount are identical making it impossible to see the difference except that the overall size of the CS-mount lens is smaller. The main problem is that either type of lens can be screwed onto both types of camera without damage.
The result is that if the wrong type is used it will be impossible to focus the camera.
Diagram L2 shows the sensor sizes to be used when calculating fields of view and angles of view.A chart is provided at the end of this section showing the relationships between different lenses and camera combinations and the associated angle of view. At this time the majority of lenses with a focal length of 25mm and above are still designed for 1" cameras. This means that special care must be taken when using this long focal length lens on modern cameras. For instance a 25mm 1" lens provides the following approximate angles of view on the different formats.
It can be seen therefore that there would be a significant variation in the expected scene content if this fact were overlooked.The focal length of a lens determines the field of view at particular distances. This can either be calculated from the formulae or determined from tables provided by most lens suppliers. Most manufacturers also provide simple to use slide or rotary calculators that compute the lens focal length from the scene size and the object distance. The longer the focal length
all types of Snakes
This family of snakes is composed of 50 species in two families. They are generally regarded as the most primitive snakes, having a pelvic girdle and vestiglial hind limbs. They have a single lung and oviduct and are well adapted to their burrowing life style. They feed exclusively on small invertebrates such as ant and termite larvae. Leptotyphlopids are oviparous.
There are two species of this family in North America.
Boidae is a large family of snakes that includes all five of the world's giant snakes. Boids are an ancient family that are characterized by a mixture of modern and primitive traits. They have flexible jaws found in more advanced families but also retain a pelvic girdle, vestigial hind limbs, and many use both lungs. While there are close to one hundred species of boids worldwide, there are only two species of boas found in North America, both in the sub-family Eryciniae.
The Colubrid snakes are sometimes refered to as "typical snakes". They comprise the largest family by far with over 2000 species worldwide. Most are medium sized snakes, and all lack a pelvic girdle and have no vestigial hind limbs and whose left lung is either absent or greatly reduced. Most species are considered members of two large subfamilies, Colubrinae and Natricinae which are distinguished by the presence (Natricinae) or absence (Colubrinae) of spines on the lumbar vertebrae. Both subfamilies contain over 200 genera. The Colubrinae subfamily includes two of the genera popular with herpetoculturists, Elaphe and Lampropeltis.
The Natricinae subfamily includes water snakes (Nerodia) and garter snakes (Thamnophis) among others. With a family this large, there will always be disagreements about classification, especially regarding the numbers and types of subspecies. This list includes 102 species of Colubrid snakes found in North America. Subspecies are not included in this scheme. Other lists may vary.
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There are two species of this family in North America.
Boidae is a large family of snakes that includes all five of the world's giant snakes. Boids are an ancient family that are characterized by a mixture of modern and primitive traits. They have flexible jaws found in more advanced families but also retain a pelvic girdle, vestigial hind limbs, and many use both lungs. While there are close to one hundred species of boids worldwide, there are only two species of boas found in North America, both in the sub-family Eryciniae.
The Colubrid snakes are sometimes refered to as "typical snakes". They comprise the largest family by far with over 2000 species worldwide. Most are medium sized snakes, and all lack a pelvic girdle and have no vestigial hind limbs and whose left lung is either absent or greatly reduced. Most species are considered members of two large subfamilies, Colubrinae and Natricinae which are distinguished by the presence (Natricinae) or absence (Colubrinae) of spines on the lumbar vertebrae. Both subfamilies contain over 200 genera. The Colubrinae subfamily includes two of the genera popular with herpetoculturists, Elaphe and Lampropeltis.
The Natricinae subfamily includes water snakes (Nerodia) and garter snakes (Thamnophis) among others. With a family this large, there will always be disagreements about classification, especially regarding the numbers and types of subspecies. This list includes 102 species of Colubrid snakes found in North America. Subspecies are not included in this scheme. Other lists may vary.
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human Eye ball
Anatomy, The human eyeball, the organ responsible for the sense of sight, is a very complex structure. We use our vision in almost every activity, so the eye is one of the most important organs in the body.
How it works Sight begins when light rays from an object enter the eye through the cornea, the clear front “window” of the eyeball. The cornea is actually responsible for about sixty percent of the eyeball’s light-ray-bending capability. The cornea’s refractive power bends the light rays in such a way that they pass freely through the pupil, the size-changing hole in the iris.
The iris, the structure that gives the eye color, works like a shutter in a camera. It has the ability to enlarge and shrink, depending on how much light the environment is sending into the eye. After passing through the iris, the light rays strike the eye’s crystalline lens. This clear, flexible structure works much like the lens in a camera – shortening and lengthening its width in order to focus light rays properly.
In a normal eye, after exiting the back of the lens, the light rays pass through the vitreous -- a clear, jelly-like substance that fills the globe of the eyeball. The vitreous humor helps the eye hold its spherical shape.
Finally, the light rays land and come to a sharp focusing point on the retina. Continuing with our “camera” analogy, the retina’s function is much like the film in a camera. It is responsible for capturing all of the light rays, processing them into light impulses through millions of tiny nerve endings, then sending these light impulses through over a million nerve fibers to the optic nerve.
How it works Sight begins when light rays from an object enter the eye through the cornea, the clear front “window” of the eyeball. The cornea is actually responsible for about sixty percent of the eyeball’s light-ray-bending capability. The cornea’s refractive power bends the light rays in such a way that they pass freely through the pupil, the size-changing hole in the iris.
The iris, the structure that gives the eye color, works like a shutter in a camera. It has the ability to enlarge and shrink, depending on how much light the environment is sending into the eye. After passing through the iris, the light rays strike the eye’s crystalline lens. This clear, flexible structure works much like the lens in a camera – shortening and lengthening its width in order to focus light rays properly.
In a normal eye, after exiting the back of the lens, the light rays pass through the vitreous -- a clear, jelly-like substance that fills the globe of the eyeball. The vitreous humor helps the eye hold its spherical shape.
Finally, the light rays land and come to a sharp focusing point on the retina. Continuing with our “camera” analogy, the retina’s function is much like the film in a camera. It is responsible for capturing all of the light rays, processing them into light impulses through millions of tiny nerve endings, then sending these light impulses through over a million nerve fibers to the optic nerve.
indian human rights (women)
The year 2000 marked the fifth anniversary of the U.N.'s Fourth World Conference on Women in Beijing, China, an event that heralded respect for women's human rights as a central part of any and all efforts to improve women's status around the globe. Five years later, what gains did women see in government efforts to protect their rights? Activists welcomed important signs of progress, including greater awareness of abuses of women's human rights; stronger international standards for prosecuting violence against women, particularly in conflict situations; and some initial efforts by governments and international actors to implement programs to support women's rights. Still, these steps forward seemed few and far between, especially when contrasted with the scale and scope of ongoing violations of women's most fundamental human rights.
One of the most striking developments in the past year-evident in June 2000 in the negotiations at the special sessions of the U.N. General Assembly for the Beijing + 5 Review (Beijing + 5) to assess progress in improving women's status-was how actively some governments were willing to work to thwart recent gains in protecting women's human rights. They set out to master the language of women's human rights while they at the same time sought to undermine the power of the idea and the movement. Perhaps a sign that they had started taking women's rights activists seriously, governments' resistance to further progress on women's human rights took several forms, although most of the obstructionist tactics at the U.N. meeting and elsewhere relied on the age-old strategy of divide and conquer.
First, and perhaps most threatening, was the refusal of governments to accept that for women to truly enjoy their human rights, they must be treated with dignity in all aspects of their lives. Instead, government actions reflected the belief that women are not entitled to full enjoyment of their human rights. Hence, while governments condemned some forms of violence against women, they readily excused others and defended laws
that denied women their legal rights. In Morocco, for example, a reformist government pledged to pursue programs to measure and respond to violence against women, but allowed proposed reforms to the country's family code-which continues to subject female decision-making to male authority-to languish. In other countries, laws that recognized men as the legal heads of households remained in place, denying women's rights to decide for themselves, freely, whether and whom to marry, whether to work outside the home, or even when to seek medical attention. Laws requiring female obedience or subservience were often key to making women dependent on men and tied to abusive relationships.
One of the most striking developments in the past year-evident in June 2000 in the negotiations at the special sessions of the U.N. General Assembly for the Beijing + 5 Review (Beijing + 5) to assess progress in improving women's status-was how actively some governments were willing to work to thwart recent gains in protecting women's human rights. They set out to master the language of women's human rights while they at the same time sought to undermine the power of the idea and the movement. Perhaps a sign that they had started taking women's rights activists seriously, governments' resistance to further progress on women's human rights took several forms, although most of the obstructionist tactics at the U.N. meeting and elsewhere relied on the age-old strategy of divide and conquer.
First, and perhaps most threatening, was the refusal of governments to accept that for women to truly enjoy their human rights, they must be treated with dignity in all aspects of their lives. Instead, government actions reflected the belief that women are not entitled to full enjoyment of their human rights. Hence, while governments condemned some forms of violence against women, they readily excused others and defended laws
that denied women their legal rights. In Morocco, for example, a reformist government pledged to pursue programs to measure and respond to violence against women, but allowed proposed reforms to the country's family code-which continues to subject female decision-making to male authority-to languish. In other countries, laws that recognized men as the legal heads of households remained in place, denying women's rights to decide for themselves, freely, whether and whom to marry, whether to work outside the home, or even when to seek medical attention. Laws requiring female obedience or subservience were often key to making women dependent on men and tied to abusive relationships.
Types of tobacco
Flue-cured is also known as "Bright" and "Virginia" by the world trade. It is used almost entirely in cigarette blends. Some of the heavier leaves may be used in mixtures for pipe smoking. Some English cigarettes are 100% flue-cured.Flue-cured leaf is characterized by a high sugar: nitrogen ratio. This ratio is enhanced by the picking of the leaf in an advanced stage of ripeness, and by the unique curing process which allows certain chemical changes to occur in the leaf.
Cured leaves vary from lemon to orange to mahogany in color. The leaves are relatively large with the largest at midstalk. A well grown plant will be topped at a height of 39 to 51 inches with 18-22 harvestable leaves. Yields average around 2200 lbs/A with some in excess of 3000 lbs/A. The leaves are harvested as they mature from the ground up.Flue-cured tobacco is grown in approximately 75 countries from New Zealand to Germany. Major producers in the world are: China, USA, Brazil, India and Zimbabwe. The major exporters are the U.S., Brazil, India and Zimbabwe.
Flue-cured is grown in six states in the U.S. - Virginia, North Carolina, South Carolina, Georgia and Florida. A very small amount is in Alabama.Burley is light air-cured type derived from the White Burley which arose as a mutant on a farm in Ohio in 1864. Burley is used primarily in cigarette blends. Some of the heavier leaf is sued in pipe blends and also for chewing.Cured burley leaf is characterized by low sugar content and a very low sugar to nitrogen ratio (high nicotine). This is enhanced by high N. fertilizer, harvesting at an early stage of senescence, and the air curing process which allows oxidation of any sugars which may have occurred. Burley has a tremendous capacity to absorb flavorings (25% of its own weight vs. 7-8% for flue-cured).Cured leaves vary in color from light tan to reddish and brown. The leaf should be without yellow patches or fringes.
Crops in the field are light green in color. This is particularly true for the midrib and stalk which are creamy- white. The leaves are slightly larger than flue-cured and the plants are generally taller. A typical plant is topped at 20-30 leaves. Average yields are 2500-3000 lbs/a and the plants are stalk cut. The leaves are stripped after curing.
Burley is produced in around 55 countries but only a small amounts in over 1/2 of these. The main producers and trades are the U.S., Italy, Korea, Brazil, and Mexico. In the U.S. production is in Kentucky, Tennessee, Ohio, Virginia, North Carolina, West Virginia and Missouri
Cured leaves vary from lemon to orange to mahogany in color. The leaves are relatively large with the largest at midstalk. A well grown plant will be topped at a height of 39 to 51 inches with 18-22 harvestable leaves. Yields average around 2200 lbs/A with some in excess of 3000 lbs/A. The leaves are harvested as they mature from the ground up.Flue-cured tobacco is grown in approximately 75 countries from New Zealand to Germany. Major producers in the world are: China, USA, Brazil, India and Zimbabwe. The major exporters are the U.S., Brazil, India and Zimbabwe.
Flue-cured is grown in six states in the U.S. - Virginia, North Carolina, South Carolina, Georgia and Florida. A very small amount is in Alabama.Burley is light air-cured type derived from the White Burley which arose as a mutant on a farm in Ohio in 1864. Burley is used primarily in cigarette blends. Some of the heavier leaf is sued in pipe blends and also for chewing.Cured burley leaf is characterized by low sugar content and a very low sugar to nitrogen ratio (high nicotine). This is enhanced by high N. fertilizer, harvesting at an early stage of senescence, and the air curing process which allows oxidation of any sugars which may have occurred. Burley has a tremendous capacity to absorb flavorings (25% of its own weight vs. 7-8% for flue-cured).Cured leaves vary in color from light tan to reddish and brown. The leaf should be without yellow patches or fringes.
Crops in the field are light green in color. This is particularly true for the midrib and stalk which are creamy- white. The leaves are slightly larger than flue-cured and the plants are generally taller. A typical plant is topped at 20-30 leaves. Average yields are 2500-3000 lbs/a and the plants are stalk cut. The leaves are stripped after curing.
Burley is produced in around 55 countries but only a small amounts in over 1/2 of these. The main producers and trades are the U.S., Italy, Korea, Brazil, and Mexico. In the U.S. production is in Kentucky, Tennessee, Ohio, Virginia, North Carolina, West Virginia and Missouri
china river
After the celebrations over reopening border trade at Nathu La, a distinct dampener is the news that China is building a hydroelectric power station in western Tibet.The project involves storing the waters of the Sutlej River as it flows into Himachal Pradesh.China says building of the hydroelectric station on the Sutlej River in Tibet and this will not affect flows to India. But experts in India warn that with the Himalayan lakes drying up, India cannot afford to allow China to dam upstream rivers.
"In future it would be much more critical because most of the lakes, streams are in the upper reaches and any construction in this area would have implications for India's security in the long run," China specialist Srikanth Kondapalli said.The hydro power station has been under construction over the last three years in Zenda in Tibet, which is directly opposite Ladakh and Himachal Pradesh.
Experts say China has built as many as 13 barrages in the area over the last many years.But the concern is that in the long term, as the demand for water increases in China and India, these barrages could interfere with the flow of waters into India It is not clear if India has taken up the issue with China as the foreign office is refusing to clarify. But experts say it is not too late to do something even now.
The 1984 Peace and Tranquility Agreement and the 1986 Confidence Building Agreement are very comprehensive in terms of both sides abiding by norms and regulations. So it is possible for India to push through some kind of understanding over the Sutlej," says Srikanth Kondapalli.China is also reported to be building similar barrages that would dam the Brahmaputra before it enters India in Assam.
"In future it would be much more critical because most of the lakes, streams are in the upper reaches and any construction in this area would have implications for India's security in the long run," China specialist Srikanth Kondapalli said.The hydro power station has been under construction over the last three years in Zenda in Tibet, which is directly opposite Ladakh and Himachal Pradesh.
Experts say China has built as many as 13 barrages in the area over the last many years.But the concern is that in the long term, as the demand for water increases in China and India, these barrages could interfere with the flow of waters into India It is not clear if India has taken up the issue with China as the foreign office is refusing to clarify. But experts say it is not too late to do something even now.
The 1984 Peace and Tranquility Agreement and the 1986 Confidence Building Agreement are very comprehensive in terms of both sides abiding by norms and regulations. So it is possible for India to push through some kind of understanding over the Sutlej," says Srikanth Kondapalli.China is also reported to be building similar barrages that would dam the Brahmaputra before it enters India in Assam.
Blood alcohol
Blood alcohol (or blood alcohol concentration), often abbreviated BAC, is the concentration of alcohol in blood, measured, by volume, as a percentage. For example, a BAC rating of 0.20 means 1 part per 500 in an individual's blood is alcohol. In many countries, the BAC is measured and reported as milligrams of alcohol per 100 milliliters of blood (mg/100ml).
Number of drinks consumed is a poor measure of intoxication, because of variation according to body weight. One drink (unit of alcohol) will increase the average person's BAC to roughly 0.04, but there is much variation according to body weight, gender and body fat percentage. Furthermore, neither BAC nor the number of drinks consumed are necessarily accurate indicators of the level of impairment. Individual alcohol tolerance varies, and can be affected by genetic or nutritional factors, drugs, other degrees of impairment, and long-term heavy drinking.
Alcohol content in blood can be directly measured by a hospital laboratory. More commonly, for law enforcement purposes, BAC is estimated from breath ethanol content measured with a machine commonly referred to as a Breathalyzer (even though that is just the trademark of one manufacturer of the devices). For purposes of law enforcement, BAC is used to define intoxication and provides a rough measure of impairment. Although degree of impairment may vary among individuals with the same BAC, the BAC has the advantage of being simpler to measure objectively, and therefore harder to contest, than impairment of driving.
Most countries disallow operation of motor vehicles and heavy machinery at prescribed levels of BAC, which vary both by country and by situation. In Sweden, driving with a BAC rate of over 0.02 is illegal. By contrast, the policies of the United States have historically been more liberal; however as of 2004, 47 States and the District of Columbia had adopted a BAC of .08. As of 2005, all states in the US have adopted a BAC of 0.08. In some states, drivers under 21 (the American drinking age) are considered legally impaired at lower levels (perhaps 0.02, or even a mere trace) as part of a zero tolerance policy.
Unless a person has developed a high tolerance, a BAC rating of 0.20 represents very serious intoxication (most first-time drinkers would be passed out by about 0.15), and 0.35 represents potentially fatal alcohol poisoning. 0.40 is the accepted LD50, or lethal dose for 50% of adult humans. For a long-time, heavy drinker, those numbers can at least double. In extreme cases, individuals have survived BAC ratings as high as 0.914, but only with medical attention.
Number of drinks consumed is a poor measure of intoxication, because of variation according to body weight. One drink (unit of alcohol) will increase the average person's BAC to roughly 0.04, but there is much variation according to body weight, gender and body fat percentage. Furthermore, neither BAC nor the number of drinks consumed are necessarily accurate indicators of the level of impairment. Individual alcohol tolerance varies, and can be affected by genetic or nutritional factors, drugs, other degrees of impairment, and long-term heavy drinking.
Alcohol content in blood can be directly measured by a hospital laboratory. More commonly, for law enforcement purposes, BAC is estimated from breath ethanol content measured with a machine commonly referred to as a Breathalyzer (even though that is just the trademark of one manufacturer of the devices). For purposes of law enforcement, BAC is used to define intoxication and provides a rough measure of impairment. Although degree of impairment may vary among individuals with the same BAC, the BAC has the advantage of being simpler to measure objectively, and therefore harder to contest, than impairment of driving.
Most countries disallow operation of motor vehicles and heavy machinery at prescribed levels of BAC, which vary both by country and by situation. In Sweden, driving with a BAC rate of over 0.02 is illegal. By contrast, the policies of the United States have historically been more liberal; however as of 2004, 47 States and the District of Columbia had adopted a BAC of .08. As of 2005, all states in the US have adopted a BAC of 0.08. In some states, drivers under 21 (the American drinking age) are considered legally impaired at lower levels (perhaps 0.02, or even a mere trace) as part of a zero tolerance policy.
Unless a person has developed a high tolerance, a BAC rating of 0.20 represents very serious intoxication (most first-time drinkers would be passed out by about 0.15), and 0.35 represents potentially fatal alcohol poisoning. 0.40 is the accepted LD50, or lethal dose for 50% of adult humans. For a long-time, heavy drinker, those numbers can at least double. In extreme cases, individuals have survived BAC ratings as high as 0.914, but only with medical attention.
arts and crafts
Arts and crafts comprise a whole host of activities and hobbies that are related to making things with one's own hands and skill. These can be sub-divided into handicrafts or "traditional crafts" (doing things the old way) and "the rest". Some crafts have been practised for centuries, while others are modern inventions, or popularisations of crafts which were originally practised in a very small geographic area.
Most crafts require a combination of skill, speed, and patience, but they can also be learnt on a more basic level by virtually anyone. Many community centres and schools run evening or day classes and workshops offering to teach basic craft skills in a short period of time. Many of these crafts become extremely popular for brief periods of time (a few months, or a few years), spreading rapidly among the crafting population as everyone emulates the first examples, then their popularity wanes until a later resurgence.
Arts and crafts also refers to the Arts and Crafts movement, a late 19th century design reform and social movement. Its proponents were motivated by the ideals of William Morris and John Ruskin, who proposed that in pre-industrial societies, such as the European Middle Ages, people had achieved fulfillment through the creative process of handicrafts. This was held up in contrast to what was perceived to be the alienating effects of industrial labour.
These activities are called crafts because originally many of them were professions under the guild system. Adolescents were apprenticed to a master-craftsman, and they refined their skills over a period of years in exchange for low wages. By the time their training was complete, they were well-equipped to set up in trade for themselves, earning their living with the skill that could be traded directly within the community, often for goods and services. The Industrial Revolution and the increasing mechanisation of production processes gradually reduced or eliminated many of the roles professional craftspeople played, and today "crafts" are most commonly seen as a form of hobby or art.
Most crafts require a combination of skill, speed, and patience, but they can also be learnt on a more basic level by virtually anyone. Many community centres and schools run evening or day classes and workshops offering to teach basic craft skills in a short period of time. Many of these crafts become extremely popular for brief periods of time (a few months, or a few years), spreading rapidly among the crafting population as everyone emulates the first examples, then their popularity wanes until a later resurgence.
Arts and crafts also refers to the Arts and Crafts movement, a late 19th century design reform and social movement. Its proponents were motivated by the ideals of William Morris and John Ruskin, who proposed that in pre-industrial societies, such as the European Middle Ages, people had achieved fulfillment through the creative process of handicrafts. This was held up in contrast to what was perceived to be the alienating effects of industrial labour.
These activities are called crafts because originally many of them were professions under the guild system. Adolescents were apprenticed to a master-craftsman, and they refined their skills over a period of years in exchange for low wages. By the time their training was complete, they were well-equipped to set up in trade for themselves, earning their living with the skill that could be traded directly within the community, often for goods and services. The Industrial Revolution and the increasing mechanisation of production processes gradually reduced or eliminated many of the roles professional craftspeople played, and today "crafts" are most commonly seen as a form of hobby or art.
phylogenetic tree
A phylogenetic tree is a graphical representation of the evolutionary relationship between taxonomic groups. The term phylogeny refers to the evolution or historical development of a plant or animal species, or even a human tribe or similar group. Taxonomy is the system of classifying plants and animals by grouping them into categories according to their similarities. A phylogenetic tree is a specific type of cladogram where the branch lengths are proportional to the predicted or hypothetical evolutionary time between organisms or sequences.
Cladograms are branched diagrams, similar in appearance to family trees, that illustrate patterns of relatedness where the branch lengths are not necessarily proportional to the evolutionary time between related organisms or sequences. Bioinformaticians produce cladograms representing relationships between sequences, either DNA sequences or amino acid sequences. However, cladograms can rely on many types of data to show the relatedness of species. In addition to sequence homology information, comparative embryology, fossil records and comparative anatomy are all examples of the types of data used to classify species into phylogenic taxa. So, it is important to understand that the cladograms generated by bioinformatics tools are primarily based on sequence data alone. Given that, it is also true that sequence relatedness can be very powerful as a predictor of the relatedness of species.
Cladograms cannot be considered completely true and accurate descriptions of the evolutionary history of organisms, because in any cladogram there are a number of possible evolutionary pathways that could produce the pattern of relatedness illustrated in the cladogram. The cladogram only illustrates the probability that two organisms, or sequences, are more closely related to each other than to a third organism, it does not necessarily clarify the pathway that created the existing relationships. However, the cladogram can be used in the formulation of new hypotheses and to cast new light on existing data. One of the most ambitious cladograms produced to date can be viewed at the tree of life website, originated by david and wason at the University of Arizona
(1) . Please take a moment to view the "Root of the Tree" link on the Tree of Life web site. In this phylogenetic tree, the root is at the far left, termed the root of the cladogram because it is at the base of the cladogram, opposite the branches. Return to the home page and click on the link entitled "Popular Pages", then select "Mammals". At the right side of this cladogram are the terminal nodes, located at the tip of the branches in any cladogram.In the Mammalia cladogram illustrated here, there are six terminal nodes, labeled Triconodonts, Monotremata, Multituberculata, Marsupialia, Palaeoryctoids, and Eutheria.An internal node is a hypothetical common ancestor. The branching points between the root and the terminal nodes are internal nodes. Each internal node is also at the base of a clade, which includes the common ancestral node plus all its descendents. Sample a few more links on the Tree of Life. Be sure to read Darwin's quote on the home page and ponder how difficult it would be to get published in a scientific journal today, if it were necessary to write this beautifully in order to succeed.The Tree of Life is an example of a cladogram illustrating the relationships between taxa, based on the collective evidence from many different fields of biology and bioscience. In contrast, the subject of this tutorial is the construction of cladograms through bioinformatics tools, where the cladograms are based on sequence data. First, use the billogy workbench
(2) 2) to build a simple unrooted cladogram. The Workbench will require a password (it's free), but it will grant entrance immediately upon registration of a password. Enter the site, and scroll down the page until the five menu buttons are visible.The "Session Tools" button allows the naming of a session, so that different jobs in progress can be saved under distinct sessions. Select "Session Tools", then select "Start New Session" and click on "Run" to change the name of "Default Session" to a new name. Once the workbench has been exited, the session will remain. Subsequently, clicking on the dot to the left of the session name under the "Session Tools" menu, and then selecting "Resume Session", will recall the session. The Workbench policy at the time of this writing is that old jobs are deleted only when an account has not been accessed for 6 months.
Next, select "Protein Tools" from the menu buttons, highlight "Ndjinn Multiple Database Search", and click "Run". In the query box to the right of the term "Contains", type HSP70, for the molecular chaperone, heat shock protein 70 kDa. Scroll down the database list and check the box to the left of the database entitled "PDBFINDER" before hitting the "Search" button. Among the results, find 2BUP, chaperone, and check the box to the left. Then select the menu button entitled "Import sequence(s)". This will import the sequence in fastA format into the open session. Now, under the box of session options, there should be a listing for the 2BUP sequence, with a small box to the left. Notice that the main menu under "Protein Tools" allows more options such as "Delete Protein Sequence", "Copy Protein Sequence" and "Add New Protein Sequences".
For now, select the "Ndjinn Multiple Database Search" again. Search the PDBFINDER Database again by scrolling down the page and selecting it, but this time, just search using the PDB ID codes 1HKB, 1ATN and 1DKG for hexokinase, actin and the molecular chaperone DnaK (use the OR operator between each PDB ID code to search for all three in the same search). Import all three sequences simultaneously by checking the box to the left of the PDB ID codes used in the query and clicking on "Import sequence(s)". 1DKG will return three chains, A, B and D. Only chain D is the molecular chaperone, chains A and B are nucleotide exchange factors that co-crystallized with DnaK. Delete chains A and B by checking the box to the left of 1DKG_A and 1DKG_B, highlighting "Delete Protein Sequence", and clicking on "Run". Actin (1ATN) returns two chains, but chain A is the actin, chain D should be deleted in the same manner.
Hexokinase (also called phosphotransferase) will return two chains as well. They are both hexokinase, but two identical sequences are not desirable in the cladogram, so delete chain B. Four sequences should remain, 1DKG_D, 1ATN_A, 1HKB_A, and 2BUP_A; check the boxes to the left of each of these. Scroll down the protein tools menu and highlight "CLUSTALW - Multiple Sequence Alignment", then click "Run". The default parameters will be sufficient for our purposes, just select "Submit". When the sequence alignment is returned, scroll down the page and view the multiple alignment. The Workbench automatically returns an unrooted tree with the alignment.
Cladograms are branched diagrams, similar in appearance to family trees, that illustrate patterns of relatedness where the branch lengths are not necessarily proportional to the evolutionary time between related organisms or sequences. Bioinformaticians produce cladograms representing relationships between sequences, either DNA sequences or amino acid sequences. However, cladograms can rely on many types of data to show the relatedness of species. In addition to sequence homology information, comparative embryology, fossil records and comparative anatomy are all examples of the types of data used to classify species into phylogenic taxa. So, it is important to understand that the cladograms generated by bioinformatics tools are primarily based on sequence data alone. Given that, it is also true that sequence relatedness can be very powerful as a predictor of the relatedness of species.
Cladograms cannot be considered completely true and accurate descriptions of the evolutionary history of organisms, because in any cladogram there are a number of possible evolutionary pathways that could produce the pattern of relatedness illustrated in the cladogram. The cladogram only illustrates the probability that two organisms, or sequences, are more closely related to each other than to a third organism, it does not necessarily clarify the pathway that created the existing relationships. However, the cladogram can be used in the formulation of new hypotheses and to cast new light on existing data. One of the most ambitious cladograms produced to date can be viewed at the tree of life website, originated by david and wason at the University of Arizona
(1) . Please take a moment to view the "Root of the Tree" link on the Tree of Life web site. In this phylogenetic tree, the root is at the far left, termed the root of the cladogram because it is at the base of the cladogram, opposite the branches. Return to the home page and click on the link entitled "Popular Pages", then select "Mammals". At the right side of this cladogram are the terminal nodes, located at the tip of the branches in any cladogram.In the Mammalia cladogram illustrated here, there are six terminal nodes, labeled Triconodonts, Monotremata, Multituberculata, Marsupialia, Palaeoryctoids, and Eutheria.An internal node is a hypothetical common ancestor. The branching points between the root and the terminal nodes are internal nodes. Each internal node is also at the base of a clade, which includes the common ancestral node plus all its descendents. Sample a few more links on the Tree of Life. Be sure to read Darwin's quote on the home page and ponder how difficult it would be to get published in a scientific journal today, if it were necessary to write this beautifully in order to succeed.The Tree of Life is an example of a cladogram illustrating the relationships between taxa, based on the collective evidence from many different fields of biology and bioscience. In contrast, the subject of this tutorial is the construction of cladograms through bioinformatics tools, where the cladograms are based on sequence data. First, use the billogy workbench
(2) 2) to build a simple unrooted cladogram. The Workbench will require a password (it's free), but it will grant entrance immediately upon registration of a password. Enter the site, and scroll down the page until the five menu buttons are visible.The "Session Tools" button allows the naming of a session, so that different jobs in progress can be saved under distinct sessions. Select "Session Tools", then select "Start New Session" and click on "Run" to change the name of "Default Session" to a new name. Once the workbench has been exited, the session will remain. Subsequently, clicking on the dot to the left of the session name under the "Session Tools" menu, and then selecting "Resume Session", will recall the session. The Workbench policy at the time of this writing is that old jobs are deleted only when an account has not been accessed for 6 months.
Next, select "Protein Tools" from the menu buttons, highlight "Ndjinn Multiple Database Search", and click "Run". In the query box to the right of the term "Contains", type HSP70, for the molecular chaperone, heat shock protein 70 kDa. Scroll down the database list and check the box to the left of the database entitled "PDBFINDER" before hitting the "Search" button. Among the results, find 2BUP, chaperone, and check the box to the left. Then select the menu button entitled "Import sequence(s)". This will import the sequence in fastA format into the open session. Now, under the box of session options, there should be a listing for the 2BUP sequence, with a small box to the left. Notice that the main menu under "Protein Tools" allows more options such as "Delete Protein Sequence", "Copy Protein Sequence" and "Add New Protein Sequences".
For now, select the "Ndjinn Multiple Database Search" again. Search the PDBFINDER Database again by scrolling down the page and selecting it, but this time, just search using the PDB ID codes 1HKB, 1ATN and 1DKG for hexokinase, actin and the molecular chaperone DnaK (use the OR operator between each PDB ID code to search for all three in the same search). Import all three sequences simultaneously by checking the box to the left of the PDB ID codes used in the query and clicking on "Import sequence(s)". 1DKG will return three chains, A, B and D. Only chain D is the molecular chaperone, chains A and B are nucleotide exchange factors that co-crystallized with DnaK. Delete chains A and B by checking the box to the left of 1DKG_A and 1DKG_B, highlighting "Delete Protein Sequence", and clicking on "Run". Actin (1ATN) returns two chains, but chain A is the actin, chain D should be deleted in the same manner.
Hexokinase (also called phosphotransferase) will return two chains as well. They are both hexokinase, but two identical sequences are not desirable in the cladogram, so delete chain B. Four sequences should remain, 1DKG_D, 1ATN_A, 1HKB_A, and 2BUP_A; check the boxes to the left of each of these. Scroll down the protein tools menu and highlight "CLUSTALW - Multiple Sequence Alignment", then click "Run". The default parameters will be sufficient for our purposes, just select "Submit". When the sequence alignment is returned, scroll down the page and view the multiple alignment. The Workbench automatically returns an unrooted tree with the alignment.
GEOGRAPHY OF INDIA
In terms of geography India is a very diverse country. India geography comprises of a large number of landforms and regions such as mountains, hills, plateaus, plains, deserts, rainforest's, etc and different water bodies like streams, rivers, lakes, seas, bays, etc. other than these India has a coastline, which extends up to 7000km and its peninsular region enters the Indian Ocean while it is surrounded by the Arabian Sea on the southwest and the Bay of Bengal to the southeast. The coastline also gives rise to gulfs such as the gulfs of Ketch and Cam bay to the west.
The geography and climate of India are both related to each other in such as way that the climate influences the geography and vice verse. For example, snow capped mountain ranges are seen towards the north of India due to higher temperatures at that latitude and also as a result of the high altitudes of the young fold mountains in this region. Also, areas with higher rainfall tend to have more forest cover with tropical rain forests predominating and the vegetation cover in turn influences the evaporation and humidity, etc, hence affecting rainfall and climate.
The geography of ancient India served as a foundation stone for the present day geography, which it has evolved into. India geographically basically consists of a number of landforms and water bodies.Among landforms, mountain ranges such as the Himalayas, Aravalli range, Western Ghats (Sahayadri) and Eastern Ghats, Patkai, Satpuras, Karakoram and Vindhya ranges are present. There are other highlands such as the Deccan plateau, Malwa plateau and Chhotta Nagpur plateau.
The major Indian plain is the Indo-Gangetic plain formed by the Ganga, Bhramaputra and Indus rivers and their branches. Other than these plains the Western coastal plains and Eastern coastal plains occupy relatively smaller areas.The desert region of India is the Thar Desert (Great Indian Desert). Lakshwadeep and Andaman and Nicobar islands are the two main offshore islands that form a part of Indian territory. Diu, Majuli, Salcette island, Elephanta and Sriharikota are other important islands of India. The Sundarbans and the Rann of Kutch are the major marshy wetlands of India.
Water bodies include rivers such as Indus, Ravi, Jhelum, Chenab, Shuttle, Beas, Ganga, Chambal, Yamuna, Gomti, Bhramaputra, Krishna, Kaveri, Narmada, Tapi, Godavari and Mahanadi, gulfs such as the gulfs of Kutch, Cambay and Mannar, straits such as Palk strait (distinguishing India from Sri Lanka) and the Ten Degree channel (distinguishing the Andaman and Nicobar islands), lakes such as Dal lake, Chilka lake, Kolleru lake, Sambhar lake and Loktak lake. Other than these India is surrounded by the Arabian Sea to the west, Indian Ocean to the south and the Bay of Bengal to the east.
The geography and climate of India are both related to each other in such as way that the climate influences the geography and vice verse. For example, snow capped mountain ranges are seen towards the north of India due to higher temperatures at that latitude and also as a result of the high altitudes of the young fold mountains in this region. Also, areas with higher rainfall tend to have more forest cover with tropical rain forests predominating and the vegetation cover in turn influences the evaporation and humidity, etc, hence affecting rainfall and climate.
The geography of ancient India served as a foundation stone for the present day geography, which it has evolved into. India geographically basically consists of a number of landforms and water bodies.Among landforms, mountain ranges such as the Himalayas, Aravalli range, Western Ghats (Sahayadri) and Eastern Ghats, Patkai, Satpuras, Karakoram and Vindhya ranges are present. There are other highlands such as the Deccan plateau, Malwa plateau and Chhotta Nagpur plateau.
The major Indian plain is the Indo-Gangetic plain formed by the Ganga, Bhramaputra and Indus rivers and their branches. Other than these plains the Western coastal plains and Eastern coastal plains occupy relatively smaller areas.The desert region of India is the Thar Desert (Great Indian Desert). Lakshwadeep and Andaman and Nicobar islands are the two main offshore islands that form a part of Indian territory. Diu, Majuli, Salcette island, Elephanta and Sriharikota are other important islands of India. The Sundarbans and the Rann of Kutch are the major marshy wetlands of India.
Water bodies include rivers such as Indus, Ravi, Jhelum, Chenab, Shuttle, Beas, Ganga, Chambal, Yamuna, Gomti, Bhramaputra, Krishna, Kaveri, Narmada, Tapi, Godavari and Mahanadi, gulfs such as the gulfs of Kutch, Cambay and Mannar, straits such as Palk strait (distinguishing India from Sri Lanka) and the Ten Degree channel (distinguishing the Andaman and Nicobar islands), lakes such as Dal lake, Chilka lake, Kolleru lake, Sambhar lake and Loktak lake. Other than these India is surrounded by the Arabian Sea to the west, Indian Ocean to the south and the Bay of Bengal to the east.
BUSINESS IN INDIA
Indian economy has come into its own and gained impetus in recent years. Carrying out a business in India has become an attractive proposition, not only due to its 8% annual growth rate, but also as a result of a healthy capital market and the growing foreign exchange reserves in the country.There is today no dearth of business opportunities in India with its economy soaring to the fourth largest position in the world in terms of purchasing power.
The Indian government has implemented a number of policies for the aid of entrepreneurs in starting a business in India. This together with the strong fundamentals of Indian economy earned the 43rd rank for India in the world economic forum’s GCI position for the years 2006 and 2007.India has emerged as a highly appropriate destination for foreign enterprise. This is primarily due to its intellectual middle class which is emerging gradually, a low wages competitive labour force, rich natural resources, vast geographical terrain, higher disposable incomes and progressive as well as friendly business policies which are also investment friendly.
Business etiquette in India has undergone a big transformation with the advent of globalization. Industrial leaders of India are seen to be introducing vast changes in business policies and practices and their implementation to attract international business into India.In a nutshell, India is making a progressive journey from privatization to liberalization where business is concerned.Foreign trade policies in India are committed to attract FDI. The government is making every reasonable effort to sustain and improve the eight percent growth rate.
Indian policy makers and industrialists are employed in offering a healthy and robust economic environment for private and public enterprises in order to remain rooted and grow within the country.
The Indian government has implemented a number of policies for the aid of entrepreneurs in starting a business in India. This together with the strong fundamentals of Indian economy earned the 43rd rank for India in the world economic forum’s GCI position for the years 2006 and 2007.India has emerged as a highly appropriate destination for foreign enterprise. This is primarily due to its intellectual middle class which is emerging gradually, a low wages competitive labour force, rich natural resources, vast geographical terrain, higher disposable incomes and progressive as well as friendly business policies which are also investment friendly.
Business etiquette in India has undergone a big transformation with the advent of globalization. Industrial leaders of India are seen to be introducing vast changes in business policies and practices and their implementation to attract international business into India.In a nutshell, India is making a progressive journey from privatization to liberalization where business is concerned.Foreign trade policies in India are committed to attract FDI. The government is making every reasonable effort to sustain and improve the eight percent growth rate.
Indian policy makers and industrialists are employed in offering a healthy and robust economic environment for private and public enterprises in order to remain rooted and grow within the country.
HISTORY OF CAR
Many people thought of making a self-propelled vehicle centuries before the car was invented. A major problem was finding a was to make it move. Some inventors tried to wind power, but they didn't have very much success. What they needed was an engine.
After the steam boat was invented in the 1800's, steam-powered vehicles were being built by engineers. A steam engine had to be big and heavy enough if capable of producing enough power to move the vehicle.
Engineers started building their own cars in the United States and in Europe. Without horses, cars started to look more like modern day cars. Cars were ready to rule the world at the end of the nineteenth century.At first people could only buy cars that were built by skilled people. Only rich people could afford them because they were very nice and fancy. Most people only wanted to look at the car, not buy it.
To day we power vehicles by diesel. At the beginning of the century, engines ran on steam, gasoline, kerosene, oil, and electricity. In places were coal was cheap, trucks that ran off of steam were popular. for deliveries in towns and cities, electricity was perfect.Reliability was a problem with internal combustion. The firms wanted to use horse and steam engines because they were more reliable than internal combustion.
After World War I, army trucks were sold to buyers to use as road transportation. As loads got bigger, pneumatic tires damaged the soft-surfaced roads. Two extra wheels in front for steering and four in the back to spread the weight were usual to see.
After the steam boat was invented in the 1800's, steam-powered vehicles were being built by engineers. A steam engine had to be big and heavy enough if capable of producing enough power to move the vehicle.
Engineers started building their own cars in the United States and in Europe. Without horses, cars started to look more like modern day cars. Cars were ready to rule the world at the end of the nineteenth century.At first people could only buy cars that were built by skilled people. Only rich people could afford them because they were very nice and fancy. Most people only wanted to look at the car, not buy it.
To day we power vehicles by diesel. At the beginning of the century, engines ran on steam, gasoline, kerosene, oil, and electricity. In places were coal was cheap, trucks that ran off of steam were popular. for deliveries in towns and cities, electricity was perfect.Reliability was a problem with internal combustion. The firms wanted to use horse and steam engines because they were more reliable than internal combustion.
After World War I, army trucks were sold to buyers to use as road transportation. As loads got bigger, pneumatic tires damaged the soft-surfaced roads. Two extra wheels in front for steering and four in the back to spread the weight were usual to see.
HISTORY OF CAR
Many people thought of making a self-propelled vehicle centuries before the car was invented. A major problem was finding a was to make it move. Some inventors tried to wind power, but they didn't have very much success. What they needed was an engine.
After the steam boat was invented in the 1800's, steam-powered vehicles were being built by engineers. A steam engine had to be big and heavy enough if capable of producing enough power to move the vehicle.
Engineers started building their own cars in the United States and in Europe. Without horses, cars started to look more like modern day cars. Cars were ready to rule the world at the end of the nineteenth century.At first people could only buy cars that were built by skilled people. Only rich people could afford them because they were very nice and fancy. Most people only wanted to look at the car, not buy it.
To day we power vehicles by diesel. At the beginning of the century, engines ran on steam, gasoline, kerosene, oil, and electricity. In places were coal was cheap, trucks that ran off of steam were popular. for deliveries in towns and cities, electricity was perfect.Reliability was a problem with internal combustion. The firms wanted to use horse and steam engines because they were more reliable than internal combustion.
After World War I, army trucks were sold to buyers to use as road transportation. As loads got bigger, pneumatic tires damaged the soft-surfaced roads. Two extra wheels in front for steering and four in the back to spread the weight were usual to see.
After the steam boat was invented in the 1800's, steam-powered vehicles were being built by engineers. A steam engine had to be big and heavy enough if capable of producing enough power to move the vehicle.
Engineers started building their own cars in the United States and in Europe. Without horses, cars started to look more like modern day cars. Cars were ready to rule the world at the end of the nineteenth century.At first people could only buy cars that were built by skilled people. Only rich people could afford them because they were very nice and fancy. Most people only wanted to look at the car, not buy it.
To day we power vehicles by diesel. At the beginning of the century, engines ran on steam, gasoline, kerosene, oil, and electricity. In places were coal was cheap, trucks that ran off of steam were popular. for deliveries in towns and cities, electricity was perfect.Reliability was a problem with internal combustion. The firms wanted to use horse and steam engines because they were more reliable than internal combustion.
After World War I, army trucks were sold to buyers to use as road transportation. As loads got bigger, pneumatic tires damaged the soft-surfaced roads. Two extra wheels in front for steering and four in the back to spread the weight were usual to see.
INDIAN ARMY
As an officer in the Indian Army, you'll be heir to a glorious heritage, to timeless traditions, blended perfectly with the latest in hi-technology,training techniques and strategic doctrines. The Army is one place where professional growth takes place at every step.NDA cadets are awarded a Bachelor's degree in Arts, Science or Computer Science on completion of training.
if you join the technical stream, you will acquire graduate and post-graduate degrees in Engineering. At some of the finest institutes of
technology with all expenses taken care of.Selection for the prestigious Defence Services Staff College course results in the award of an M.Sc. in Defence and StrategicStudies.You can also get study leave for two years to further upgrade your professional skills.These growth opportunities are virtually unlimited. You could even get into Research and Development, if you have the aptitude.
The Army runs some of the country's most prestigious academies and institutes. These cover a wide range, from Engineering to Medicine and from Administration to Strategy, from Armament Technology to Management.You also have the option of joining the Army and serving as a Commissioned officer for 5 years. At the end of this period you have two options. Either to elect for a Permanent Commission or opt out.
Those not selected for Permanent Commission have the option of a 5-year extension, and They can resign at any time during this period A Short Service Commission empowers you with analytical thinking, planning skills, administrative and organisational abilities as well as leadership and managerial skills, which are much in demand in the corporate sector qualities. that will make you aninvaluable asset to any organisation that you choose to join after the Army.
if you join the technical stream, you will acquire graduate and post-graduate degrees in Engineering. At some of the finest institutes of
technology with all expenses taken care of.Selection for the prestigious Defence Services Staff College course results in the award of an M.Sc. in Defence and StrategicStudies.You can also get study leave for two years to further upgrade your professional skills.These growth opportunities are virtually unlimited. You could even get into Research and Development, if you have the aptitude.
The Army runs some of the country's most prestigious academies and institutes. These cover a wide range, from Engineering to Medicine and from Administration to Strategy, from Armament Technology to Management.You also have the option of joining the Army and serving as a Commissioned officer for 5 years. At the end of this period you have two options. Either to elect for a Permanent Commission or opt out.
Those not selected for Permanent Commission have the option of a 5-year extension, and They can resign at any time during this period A Short Service Commission empowers you with analytical thinking, planning skills, administrative and organisational abilities as well as leadership and managerial skills, which are much in demand in the corporate sector qualities. that will make you aninvaluable asset to any organisation that you choose to join after the Army.
CHILD LABOUR
The term “child labor” has many definitions depending on who is talking about it. Unfortunately, this means that there is no way to give a concrete, rock-solid definition of child labor.
The international labour organisation, or the ILO, defines child labor as “some types of work” done by children under the age of 18. The ILO also says that child labor includes full-time work done by children under 15 years of age that prevents them from going to school (getting an education), or that is dangerous to their health. More complete definitions of what child labor I in regard, age restrictions, job types, and exceptions can be found in convention 138, convention 182, and the convention on the rights of the child
Other sources and organizations disagree on what child labor is. Some say that it is only hazardous work or work that interferes with a child’s education, while others are broader and include any work done by children working for pay.Some organizations, such as UNICEF, decide to draw a line between child work, which, depending on what definition you use, can consist of light work done by children above the age of 12, and child labor.
While there are many different ways to define what child labor is, it is much easier to find things that are NOT instances of child labor. These include washing dishes, and other chores, and supervised apprenticeships.
In many cases, child labor consists of children working in horrible conditions, missing school, and wasting away their childhood. While child labor can consist of children working at dangerous jobs, it is by no means restricted to this type of labor There are many other cases where children (people under the age of 18) work in jobs that are NOT hazardous and do not interfere with their education. These jobs allow them to get a sense of responsibility and an opportunity to earn money. Examples of this can be seen many times in the U.S. with children working at restaurants.
33. ABOUT CALL CENTRES
India's call centre professionals do not see the industry as a long-term career option, says a study by NFO India, part of NFO WorldGroup, and PeopleEquity Consulting, a Bangalore-based HR consultancy."The inherent nature of the job is monotonous and lacks challenge. Compounding this is the low interest in job content or career growth. That is why there is a constant search for greener pastures," said Manesh Mathew, director, PeopleEquity Consulting.
The study says the sentiment is driven by the fact that most people in the industry are reasonably well qualified for the job of an associate or agent.The study involved interviews with 1,000 front-line call centre professionals across 19 leading centres in Bangalore, Chennai, Mumbai and New Delhi.The study gauged perceptions on more than 65 parameters to determine satisfaction, motivation and commitment.
The study included expert interviews with HR managers, training professionals, sociologists and psychologists associated with the industry.The study suggests that it is the money alone that keeps call centre professionals going. "The primary factors contributing to this apparent state of 'happiness' is related almost exclusively to money, and, at least for the short term, the opportunity for accelerated growth (read more money), although working for well-known national and global 'names' is also adding to the glamour/delight," it points out.Call centre professionals also showed an inclination to switch jobs even for small monetary gains.
"Although happy with the money they are being paid, the permanent source of disgruntlement is the lurking feeling that they probably did not manage the best bargain and thus left wondering whether they are being paid as per industry standards. This is the cause for the high level of attrition..." the study says.
Although these employees were fully aware of the unique demands of the job such as peculiar working hours, the need to assume pseudo identities, learning foreign accents and so on they were not quite prepared for the burn-out rates or their inability to handle the "work-life balance".
"Thus, today they believe that employers are not doing enough when it comes to 'HR policies to reduce stress at work' or providing 'sufficient holidays to recuperate from stress at work'."The study concluded that helping employees cope with their work-life balance is a more immediate concern area for the employers.
The international labour organisation, or the ILO, defines child labor as “some types of work” done by children under the age of 18. The ILO also says that child labor includes full-time work done by children under 15 years of age that prevents them from going to school (getting an education), or that is dangerous to their health. More complete definitions of what child labor I in regard, age restrictions, job types, and exceptions can be found in convention 138, convention 182, and the convention on the rights of the child
Other sources and organizations disagree on what child labor is. Some say that it is only hazardous work or work that interferes with a child’s education, while others are broader and include any work done by children working for pay.Some organizations, such as UNICEF, decide to draw a line between child work, which, depending on what definition you use, can consist of light work done by children above the age of 12, and child labor.
While there are many different ways to define what child labor is, it is much easier to find things that are NOT instances of child labor. These include washing dishes, and other chores, and supervised apprenticeships.
In many cases, child labor consists of children working in horrible conditions, missing school, and wasting away their childhood. While child labor can consist of children working at dangerous jobs, it is by no means restricted to this type of labor There are many other cases where children (people under the age of 18) work in jobs that are NOT hazardous and do not interfere with their education. These jobs allow them to get a sense of responsibility and an opportunity to earn money. Examples of this can be seen many times in the U.S. with children working at restaurants.
33. ABOUT CALL CENTRES
India's call centre professionals do not see the industry as a long-term career option, says a study by NFO India, part of NFO WorldGroup, and PeopleEquity Consulting, a Bangalore-based HR consultancy."The inherent nature of the job is monotonous and lacks challenge. Compounding this is the low interest in job content or career growth. That is why there is a constant search for greener pastures," said Manesh Mathew, director, PeopleEquity Consulting.
The study says the sentiment is driven by the fact that most people in the industry are reasonably well qualified for the job of an associate or agent.The study involved interviews with 1,000 front-line call centre professionals across 19 leading centres in Bangalore, Chennai, Mumbai and New Delhi.The study gauged perceptions on more than 65 parameters to determine satisfaction, motivation and commitment.
The study included expert interviews with HR managers, training professionals, sociologists and psychologists associated with the industry.The study suggests that it is the money alone that keeps call centre professionals going. "The primary factors contributing to this apparent state of 'happiness' is related almost exclusively to money, and, at least for the short term, the opportunity for accelerated growth (read more money), although working for well-known national and global 'names' is also adding to the glamour/delight," it points out.Call centre professionals also showed an inclination to switch jobs even for small monetary gains.
"Although happy with the money they are being paid, the permanent source of disgruntlement is the lurking feeling that they probably did not manage the best bargain and thus left wondering whether they are being paid as per industry standards. This is the cause for the high level of attrition..." the study says.
Although these employees were fully aware of the unique demands of the job such as peculiar working hours, the need to assume pseudo identities, learning foreign accents and so on they were not quite prepared for the burn-out rates or their inability to handle the "work-life balance".
"Thus, today they believe that employers are not doing enough when it comes to 'HR policies to reduce stress at work' or providing 'sufficient holidays to recuperate from stress at work'."The study concluded that helping employees cope with their work-life balance is a more immediate concern area for the employers.
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