The Principles of Geology
Sir Charles Lyell, the distinguished geologist, was born at Kinnordy, Forfarshire, Scotland, Nov. 14, 1797. It was at Oxford that his scientific interest was first aroused, and after taking an M.A. degree in 1821 he continued his scientific studies, becoming an active member of the Geological and Linnæan Societies of London. In 1826 he was elected a fellow of the Royal Society, and two years later went with Sir Roderick Murchison on a tour of Europe, and gathered evidence for the theory of geological uniformity which he afterwards promulgated. In 1830 he published his great work, "Principles of Geology: Being an Attempt to Explain the Former Changes of the Earth's Surface by References to Causes now in Action," which converted almost the whole geological world to the doctrine of uniformitarianism, and may be considered the foundation of modern geology. Lyell died in London on February 22, 1875. Besides his great work, he also published "The Elements of Geology," "The Antiquity of Man," "Travels in North America," and "The Student's Elements of Geology."
Christmas Summary Classics
This series contains summary of Classic books such as Emma, Arne, Arabian Nights, Pride and prejudice, Tower of London, Wealth of Nations etc. Each book is specially crafted after reading complete book in less than 30 pages. One who wants to get joy of book reading especially in very less time can go for it.
A blouse used to be a loose fitted garment which covers the upper body of woman. But these days fashion industry has given a new definition to blouse. It is now a tight fitted garment which mostly covers the upper front part of woman.
A Blouse is a loose-fitting upper garment that was formerly worn by workmen, peasants, artists, women and children.It is typically gathered at the waist (by a waistband or belt) so that it hangs loosely over the wearer's body. Today, the word most commonly refers to a woman's shirt but can also refer to a man's shirt if it is a loose-fitting style (e.g. poet shirts and Cossack shirts).Traditionally, the term has been used to refer to a shirt which blouses out or has an unmistakably feminine appearance.
This girl has an important job in a big company, she is a very intelligent young girl and everybody from the office admires and respects her for her brilliant ideas but also for her beauty, elegance and impeccable fashion tastes. She knows how important it is to look perfect when she meets the companiws clients or when she has to present her ideas in a meeting. That is why she has this fabulous business wardrobe full with office style outfits, formal but also chic dresses, pants, shirts, skirts and other clothes and accessories. Today is a very important day at work for her, she has to meet some important people for a big business and she wants to look impeccable for this meeting. Help her choosing the perfect outfit for today, check out her chick business wardrobe and pick up the clothes you like best to dress her up, change her hairstyle and choose some fancy accessories that fit her clothes. Enjoy!
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Twinkling is most often noticeable in frosty winter nights with rising air currents from the ground. Lower stars are worst effected as they shine through a thicker wedge of the Earths atmosphere, usually the bright stars overhead twinkle much less. Because stars are so far away they appear as pinpoints making them susceptible to twinkling, however the planets which although at first glance appear star-like are in fact tiny discs (often resolvable even with binoculars) and most often shine with a steady light even when all the true stars around them are twinkling like mad! From British latitudes the most famous 'twinkler' is the winter star Sirius it appears as the brightest star in the entire sky it doesn’t rise far above the southern horizon from here so it not only twinkles but appears to flicker violently through blues, reds white and even greens ,a marvelous sight on a frosty winters evening.
Stars twinkle because we see them from the bottom of a sea of air. Little cells of air, which are about ten centimeters across and located many kilometers high, move across our vision as we watch the sky. These small bundles of air act like little lenses, bending light as it passes through them. This bending, called refraction, is familiar to anyone who drives on a hot day: hot air just above the road surface bends light more than the cooler air slightly above it. That's why you can sometimes see that shimmery veil of what looks like water on the road; it's really the air bending the light above it. Sometimes you can even see cars reflected in the road!
Anyway, these parcels of air up high in the atmosphere travel to and fro, bending the light from a star in more or less random directions. Stars are big, but they are so far away that they appear to be very small, much smaller to our eyes than each of these air bundles. So when the light gets bent, the apparent movement of the star is larger than the size of the star in the sky, and we see the star shifting around. Our eye can't really detect that motion, because it's too small. What we see is the light from the star flickering. That's why stars twinkle!
Stars start as huge regions of gas, mostly hydrogen. This gas will start to contract, and it heats up. As it contracts, its temperature rises. When the heat gets high enough, it causes the individual hydrogen atoms to collide and combine into helium with the release of energy.
It’s called fusion, because it fuses smaller nuclei into bigger ones. It releases enormous energy. The stellar gas, now in a spherical shape, is contracted further by gravity while exploding by fusion. Together, a balance is reached and a star is born. The energy released in the star’s center makes its way to the surface, where it is radiated into space as light, heat x-rays, ultraviolet light and radio waves.
Eventually, a star will use up all of its available small atoms, and the fusion energy is no longer available. In some stars, the further collapse triggers fusion of helium into carbon, or carbon into even heavier elements. Finally, all the elements that can provide energy are exhausted, and the star starts its final collapse.
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