Isaac Newton
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The Three Laws of Motion: Isaac Newton's Greatest Contribution
To the World of Science
Isaac Newton is a renowned mathematician, scientist, inventor, professor, and public official who influenced the world of science with his extraordinary and brilliant theories on different phenomena in (primarily) the study of physics, astronomy, and optics. Born on the 4th of January, 1643, Isaac Newton's life as a young man in Woolsthorpe, Lincolnshire in England is unremarkable, and Newton, at a young age, did not show and possess the brilliant mind that he has while attending a formal school education at the Free Grammar School in Grantham (O'Connor and Robertson 2000). As a child, Newton did not seem to possess the intellectual strength that he was known for, and had a hard time living with his family during his childhood years because of the constant tension between him and his stepfather and mother.
Newton's mother encouraged him to engage himself in the real estate business, but when he displayed no interest in his mother's business, he again returned t his schooling in the Free Grammar School in Grantham. Newton later developed his skills in mathematics when he was in his early adult years as a student of Trinity College Cambridge. In 1687, Newton's "Philosophiae Naturalis Principia Mathematica" or Principia was published, and in it contained the famous and most renowned of Newton's theories and discoveries, which is the Three Laws of Motion. This important discovery had influenced not only the study of mathematics, but also in the realm of physics and its application as well.
The Three Laws of Motion is an important concept in the study of mathematics and physics because it does not only provide empirical explanation ad evidence of the causes and reasons for the motion of objects, it also provides an adequate explanation why unexplainable phenomena (during...
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Physics of Magnetism An Overview of the Exciting World of the Modern Physics of Magnetism and Magnetic Fields The Physics of Magnetism and Magnetic Fields Today, magnets and magnetism literally help the world go 'round and these fundamental forces have provided the source for countless innovations that have improved the standard of living for many people. As can be seen in the graphic on the cover, magnetic field lines are a way to
A phase change is what occurs when matter moves from one of these states to the other. The melting of ice into liquid water, for instance, constitutes a phase change, just as the boiling of water into invisible water vapor, or the condensing of gaseous water vapor in the air into liquid water on a cool windowpane or glass of water, are also phase changes. Phase changes generally require a
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According to Newton, "To every action there is always opposed an equal reaction; or the mutual actions of two bodies upon each other are always equal, and directed to contrary parts," (Zimmerman, 2008). In the act of pushing a pencil, the energy placed into pushing the pencil does not simply disappear with the writing. Most people write on flat, hard surfaces, such as wooden or acrylic desks. When these
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