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Newton’s wide range of discoveries formed the basis for modern physics, explained the motions of the sun and planets, developed the concept of infinite-series calculus which is studied by engineers today and across the pages of Principia Newton broke down the workings of the solar system into ‘simple’ equations explaining away the nature of planetary orbits and the pull between heavenly bodies.
Newtons studies in mathematics led to the formation of modern calculus, through his formulas ways were found to solve areas, space occupied by anything placed along a curved surface. His laws of motion and gravitation also laid the foundation for modern physics.
Newton invented the reflecting telescope. This type of telescope used mirrors to reflect light and form an image. Nearly all of the major telescopes used in astronomy today are reflecting telescopes.
Newton’s wide range of discoveries formed the basis for modern physics, explained the motions of the sun and planets, developed the concept of infinite-series calculus which is studied by engineers today and across the pages of Principia Newton broke down the workings of the solar system into ‘simple’ equations explaining away the nature of planetary orbits and the pull between heavenly bodies.
Newtons studies in mathematics led to the formation of modern calculus, through his formulas ways were found to solve areas, space occupied by anything placed along a curved surface. His laws of motion and gravitation also laid the foundation for modern physics.
Newton invented the reflecting telescope. This type of telescope used mirrors to reflect light and form an image. Nearly all of the major telescopes used in astronomy today are reflecting telescopes.