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This did not rule out the investigation of events using experiment and mathematics, which are now the heart of the scientific method, but it did not particularly encourage them either. So great was Aristotle's influence, in fact, that the world-view held by most European scholars until the seventeenth century is termed Aristotelian. Without these earlier achievements, he could not have produced the four laws that are the foundation of Newtonian physics: his three laws of motion and his law of universal gravitation.įrom the at least the fourth century BC until Newton's time, European scientific thought was modeled largely on the theories of ancient Greek thinkers such as Plato (c.428–348 BC) and Aristotle (384–322 BC). Historical Background and Scientific FoundationsĪlthough Newton redefined the basic concepts of mechanics and devised his laws of motion and universal gravitation in the late 1600s, he based his work on important scientific discoveries about matter and motion that had already been established. Since Newtonian physics is also mathematically simple, it remains the standard for calculating the motions of almost all objects from machine parts, fluids, and bullets to spacecraft, planets, and galaxies. Although scientists have known since the early twentieth century that it is a less accurate description of the physical world than relativity theory and quantum physics, corrections required for objects larger than atoms that move significantly slower than light are negligible. Newtonian physics can explain the structure of much of the visible universe with high accuracy.

Several ideas developed by later scientists, especially the concept of energy (which was not defined scientifically until the late 1700s), are also part of the physics now termed Newtonian. Newtonian physics, also called Newtonian or classical mechanics, is the description of mechanical events-those that involve forces acting on matter-using the laws of motion and gravitation formulated in the late seventeenth century by English physicist Sir Isaac Newton (1642–1727).

When jumping would your time up be the same as down physics