Kepler's laws of planetary motion accurately predicted the movements of bodies in the heavens, but not on the Earth. In contrast, Newton's theory of gravity accurately predicted the behaviour of both heavenly and terrestrial bodies. For this reason Newton's theory has an advantage over Kepler's theory where __________ is concerned. (Choose the best term to complete the sentence.)

In 1687, Isaac Newton published a book explaining his three laws of planetary motion and the law of gravity. The importance of these discoveries was his general theory that A. the behavior of nature is basically unpredictable. B. nature consists of unpredictable acts of deities. C. all of nature follows uniform, unchanging laws. D. astronomical objects cannot be described using math.

Which of the following statements is about Kepler?The recommended time to answer this question is 2.5 minutes.Soru 18YanıtWith the help of the telescope he made, he saw that Jupiter had moons.He discovered that the orbits of the planets are elliptical.He placed the Sun very close to the center of the Solar System.He was brutally punished for claiming that the universe is infinite.He precisely recorded the positions of objects in the sky with his quadrant.

eocentric theory: the sun, moon, and planets revolve around the earthHeliocentric theory: the earth, moon, and planets revolve around the sunWhich of the following best supports the Geocentric theory? A. Newton's theory of gravitational force B. Aristotle's teachings about planetary motion C. Kepler's rules on the elliptical motions of the planets D. Copernicus' idea that the Earth itself turns on an axis

Which of the following best explains Earth's motion? Select one:Earth moves in an elliptical orbit around the sun because the gravitational force of the sun attracts Earth.highlight_offThe gravitational force pulling Earth toward the sun is equal to the force pulling the sun toward Earth.highlight_offThere is no force acting on Earth because space is empty and nothing touches Earth.highlight_offThe sun moves in an elliptical orbit around Earth, and the

Kepler's first law worked, where Copernicus' original heliocentric model failed, because Kepler described the orbits asGroup of answer choicesmuch larger than Copernicus had envisioned.complex, with epicycles to account for retrograde motions.elliptical, not circular.around the Sun, not the earth.being on equants instead of epicycles.