Although many asteroids accreted through gravity and tidal interactions, their "moons" would simply be smaller asteroids or meteoroids that were caught in the gravitational pull. Unless they approach directly and collide, they can form orbits around the larger body until perturbed by some other body.
Answer 1: Asteroids are formed by the collision of two planets breaking each into small pieces and floating off into space Answer 2: Asteroids are formed when planets are absorbed and crushed inside a black hole. The pieces of the planet are then ejected from the backend of the black holes into space as asteroids.
Yes, moons of Mars
They are in the inner belt
YES
Meteorites or asteroids can strike planets and moons.
craters are formed on these moons the same way they were formed on our moon. asteroids randomly collided with the moons creating the craters hope this helps -seagate0606
Asteroids
jupiters moons are different some have an atmosphere and MOST are asteroids
No because Mars has no moons
The gas planets are much more massive than the terrestrial planets and therefore have stronger gravity. It is believed that as they formed many of their moons formed around them much like the planets formed around the sun. Other moons are likely captured asteroids and comets.
Some do!
Asteroids and Comets
its the comets are smaller than planets, moons, and asteroids. In order of size, usually comets < asteroids < moons < planets
The moons of Mars are captured asteroids. They are not spherical, but are irregularly shaped, just like most asteroids.
Most moons of planets are believed to form with their planets as the developing planet is surrounded by a disk of debris. Some moons, though, many be captured asteroids or planetoids. Earth's moon is believed to have formed when Earth collided with another planet.
Yes, some asteroids in the Asteroid Belt have moons.
Answer 1: Asteroids are formed by the collision of two planets breaking each into small pieces and floating off into space Answer 2: Asteroids are formed when planets are absorbed and crushed inside a black hole. The pieces of the planet are then ejected from the backend of the black holes into space as asteroids.