How elliptical orbits of planets clinch Newton’s laws of motion and gravitation
Kishore Dutta
Abstract
Kishore Dutta
Abstract
Abstract Following a geometrical analysis in the historical tradition of Euclid, we show how Newton’s axioms (subsequently regarded as laws) of motion and gravity, when applied to an orbiting body, lead to the elliptical orbit, with the Sun at one focus, that had been empirically established by Kepler. This constitutes a cross-check on Newton’s hypothesis, which already have Kepler’s other two laws built in. Thus, ‘elliptical orbits clinch Newton’s laws.’
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Abstract Following a geometrical analysis in the historical tradition of Euclid, we show how Newton’s axioms (subsequently regarded as laws) of motion and gravity, when applied to an orbiting body, lead to the elliptical orbit, with the Sun at one focus, that had been empirically established by Kepler. This constitutes a cross-check on Newton’s hypothesis, which already have Kepler’s other two laws built in. Thus, ‘elliptical orbits clinch Newton’s laws.’
Key concepts: Newton's law of universal gravitation, Kepler, Elliptic orbit, Kepler's laws of planetary motion, Newton's laws of motion, Motion (physics), Gravitation, Physics