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The planet furthest from the sun
No. If an object orbits the sun it is not considered a moon. Depending on its size, composition, and location it may be considered a planet, dwarf planet, asteroid, or comet.
It's in a gravitational orbit with the sun. Just like every other planet, moon, comet, asteroid, and meteoroid in the solar system.
No. The truth is the exact opposite. Every object in a closed orbit around the sun ...every planet, asteroid, periodic comet, etc. ... has an elliptical orbit.
That sketchy description could be applied to a planet, a satellite, a moon, an asteroid, a comet, a meteoroid, or even an electron.
Aphelion is the point in the orbit of a planet, asteroid, or comet at which it is furthest from the sun.
The planet furthest from the sun
Planet, planetoid, moon, asteroid, meteor, comet
It means a path travelled by a planet, asteroid, meteor or a comet which goes around the sun once.
No. If an object orbits the sun it is not considered a moon. Depending on its size, composition, and location it may be considered a planet, dwarf planet, asteroid, or comet.
It's in a gravitational orbit with the sun. Just like every other planet, moon, comet, asteroid, and meteoroid in the solar system.
Pluto's orbit DOES NOT overlap the orbit of the asteroid Ceres. But it does overlap the orbit of the planet neptune
They could be knocked out of orbit by being hit from a comet, or a 'rogue' asteroid that's not part of the asteroid belt.
No. The truth is the exact opposite. Every object in a closed orbit around the sun ...every planet, asteroid, periodic comet, etc. ... has an elliptical orbit.
That sketchy description could be applied to a planet, a satellite, a moon, an asteroid, a comet, a meteoroid, or even an electron.
Usually a collection of bodies that orbit around a star. Our solar system consists of a rocky planet belt, an asteroid belt, a gas giant belt, a comet belt, and then a comet cloud, all of which fall under the influence of our star's gravity and orbit periodically.
The perihelion is the closest point to the Sun in the orbit of a planet.It is different for each planet based on the elliptical variation, but will always occur at the same point in each orbit.