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∙ 11y agoJohannes Kepler.
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∙ 11y agoYes. The planets travel fastest at perihelion, the closest point to the sun in the orbit, and slowest at aphelion, the farthest point.
As is true of all the planets, Jupiter is closest to the sun when it is at perihelion. Planetary orbits are elliptical, and so there is one point per planetary year when they are at their closest, and another point when they are farthest out.
All the planets move with an elliptical orbit, but with a very low eccentricity.
Any object in an elliptical orbit - this would include every planet and natural satellite - is moving fastest when it is closest to the "primary object" around which it orbits; the Sun in the case of the planets, and each planet in the case of a moon. The Earth reaches perihelion, its closest point of approach to the Sun, on January 4 each year, so that's the day at which the Earth is moving fastest in its orbit.
It was Kepler who discovered that the planets orbits are elliptical.
Neptune orbits the Sun (as do most planets) with an elliptical orbit. When the orbit takes the planet closest to the Sun it is moving faster than when it is furthest from the Sun when on an elliptical orbit.
Yes. The planets travel fastest at perihelion, the closest point to the sun in the orbit, and slowest at aphelion, the farthest point.
The ones closest to the Sun.
As is true of all the planets, Jupiter is closest to the sun when it is at perihelion. Planetary orbits are elliptical, and so there is one point per planetary year when they are at their closest, and another point when they are farthest out.
Yes! The closer planets are to the sun the faster they go. Since Murcury is closest, it is the fastest.
740,573,600 km at its closest, and 816,520,800 km at its furthest point - like most of the planets, it follows an elliptical orbit.
All the planets move with an elliptical orbit, but with a very low eccentricity.
elliptical
Any object in an elliptical orbit - this would include every planet and natural satellite - is moving fastest when it is closest to the "primary object" around which it orbits; the Sun in the case of the planets, and each planet in the case of a moon. The Earth reaches perihelion, its closest point of approach to the Sun, on January 4 each year, so that's the day at which the Earth is moving fastest in its orbit.
I don't know what "elliptical planet" is supposed to mean, but by any reasonable definition I can think of, no, all planets are "elliptical planets".
It was Kepler who discovered that the planets orbits are elliptical.
All planets have elliptical orbits.