Yes, moons of Mars
No. Asteroids are scattered throughout the solar system in various orbits, some of which are relatively stable. Some have orbits that pass near Earth. But the vast preponderance of large asteroids are in the Main Belt between Mars and Jupiter. The problem with highly elliptical orbits is that the asteroid will be influenced by the major planets, moons, and the Sun. If its orbit is disturbed, it could be trapped by a giant planet or pulled too close to the Sun. Over the life of the solar system, many small asteroids have been either pulled into the Sun or ejected from the inner solar system by the gravity fields there.
Actually there are an place of Asteroids. Sun Mercury Venus Earth Mars ASTEROID Belt. So why I capitalized the word ASTEROID on ASTEROID Belt. Because this Belt is full of Asteroids
Only a few have been observed. There are several relatively small Kuiper Belt objects that have tiny moons. Two NEOs (Near Earth Objects) each have two confirmed satellites: 1994-CC and 2001-SN263. 1994-CC (700 m in diameter) is actually smaller than the "moons" of the other NEO and its own satellites are only a few meters in diameter. There are also asteroid groups that revolve around common centers of gravity for various lengths of time. But asteroids that orbit each other are more properly described as "double asteroids" rather than an asteroid and moon. The term "moon" refers typically to bodies orbiting major planets.
Most of Jupiter's smaller moons were actually asteroids in the asteroid belt. Jupiter's immense gravity pulled them out and into it's orbit. Some just spun around and around until it was flung into space, but most stayed to become moons.
There are no planets in the asteroid belt. There are asteroids and the dwarf planet Ceres.
Yes, some asteroids in the Asteroid Belt have moons.
I think you will find that asteroids do not have moons.
Yes, it is commonly thought the moons originated as asteroids, pulled from the belt by gravity.
Yes, the two moons of Mars, Phobos and Deimos, are believed to be captured asteroids. They are irregularly shaped and have compositions similar to asteroids in the outer asteroid belt. This theory is supported by their small size, irregular orbits, and low densities.
No. Asteroids are scattered throughout the solar system in various orbits, some of which are relatively stable. Some have orbits that pass near Earth. But the vast preponderance of large asteroids are in the Main Belt between Mars and Jupiter. The problem with highly elliptical orbits is that the asteroid will be influenced by the major planets, moons, and the Sun. If its orbit is disturbed, it could be trapped by a giant planet or pulled too close to the Sun. Over the life of the solar system, many small asteroids have been either pulled into the Sun or ejected from the inner solar system by the gravity fields there.
The asteroid belt (many of Jupiter's smaller moons are captured asteroids).
Actually there are an place of Asteroids. Sun Mercury Venus Earth Mars ASTEROID Belt. So why I capitalized the word ASTEROID on ASTEROID Belt. Because this Belt is full of Asteroids
Only a few have been observed. There are several relatively small Kuiper Belt objects that have tiny moons. Two NEOs (Near Earth Objects) each have two confirmed satellites: 1994-CC and 2001-SN263. 1994-CC (700 m in diameter) is actually smaller than the "moons" of the other NEO and its own satellites are only a few meters in diameter. There are also asteroid groups that revolve around common centers of gravity for various lengths of time. But asteroids that orbit each other are more properly described as "double asteroids" rather than an asteroid and moon. The term "moon" refers typically to bodies orbiting major planets.
Terrestrial planets and moons of both gaseous and terrestrial planets. Don't forget Dwarf planets and the asteroid belt.
Most of Jupiter's smaller moons were actually asteroids in the asteroid belt. Jupiter's immense gravity pulled them out and into it's orbit. Some just spun around and around until it was flung into space, but most stayed to become moons.
There are asteroids around, but the asteroid belt is out beyond the planet Mars.
There are no planets in the asteroid belt. There are asteroids and the dwarf planet Ceres.