No because the gravitation of all the planets keeps it in balance
Gravity helps to keep the planets in orbit. It also helps to keep the moon's close to the planets.
The moon acts like a stabilizer to balance the planets wobbling.
Planets and their moons stay in orbit due to the balance between the gravitational pull of the planet and the moon's motion. This balance is governed by Newton's law of universal gravitation. As long as the gravitational force between the planet and its moon is strong enough to keep the moon in orbit, they will continue to move in a stable path.
The moon and other planets and their satellites are held in space by the force of gravity from other planets and satellites. If the moon tried to drift off into space, gravitational forces from the Earth will keep it from floating away. It doesn't crash into the Earth because planets and moons pull AGAINST each other and keep each other from drifting away.* * * * *Only partly true.The moon does not float away because of the action of earth's gravity - whether you view this as a force or a distirtion of space-time in the moon's path.The moon does not crash into the earth, not because of other planets or satellites, but because of the momentum of its orbit around the earth.
None. The Earth's moon is not a planet and there are no planets "ON" any moon. Many planets in the solar system have several moons.
The Moon is a moon and the planets are planets, so it's impossible for a moon to be a planet. See related questions.
Planets do not go around the moon.
No two planets share the same moon.
No planets are in orbit around the moon
Outer space, such as stars, moon, other planets, e.t.c.
Telescopes, Space missions, probes all help scientists discover more about the moon.
While none of the objects currently recognized as dwarf planets are as massive as any of the true planets of the solar system, they are still massive objects with substantial gravity, strong enough to keep a moon or several in orbit.