Isaac Newton (1643 – 1727) is a great scientist that made great contribution to the development of physics, mathematics, astrology. He was born in the town of Valstorp, England.
After finishing school Newton studied in Trinity College at Cambridge University. Under the influence of physicists, Newton still a student, made a few discoveries, mostly mathematical.
In the period from 1664 to 1666, he derived the formula of the binomial theorem, the formula of Newton – Leibniz and the law of universal gravitation.
In 1668, Isaac Newton received a master's degree, and in 1669 he became a Professor of mathematics. Thanks to the creation of a telescope (reflector) Newton and other scientists made significant discoveries in astronomy. Newton was a member of the Royal court (1703 – President), the superintendent of the Mint. Newton's laws represent the basis of classical mechanics. His first law explains the preservation of the object's speed when compensated for external influences. Newton's second law describes the dependence of the acceleration from the applied force. Of the three Newton's laws can be derived the other laws of mechanics.
The love of Newton to mathematics resulted in the greatest number of his discoveries in this science. He described integral and differential calculus, the method of differences, method of finding the roots of equations.
Isaac Newton (1643 – 1727) is a great scientist that made great contribution to the development of physics, mathematics, astrology. He was born in the town of Valstorp, England.
After finishing school Newton studied in Trinity College at Cambridge University. Under the influence of physicists, Newton still a student, made a few discoveries, mostly mathematical.
In the period from 1664 to 1666, he derived the formula of the binomial theorem, the formula of Newton – Leibniz and the law of universal gravitation.
In 1668, Isaac Newton received a master's degree, and in 1669 he became a Professor of mathematics. Thanks to the creation of a telescope (reflector) Newton and other scientists made significant discoveries in astronomy. Newton was a member of the Royal court (1703 – President), the superintendent of the Mint. Newton's laws represent the basis of classical mechanics. His first law explains the preservation of the object's speed when compensated for external influences. Newton's second law describes the dependence of the acceleration from the applied force. Of the three Newton's laws can be derived the other laws of mechanics.
The love of Newton to mathematics resulted in the greatest number of his discoveries in this science. He described integral and differential calculus, the method of differences, method of finding the roots of equations.