Asteroids crash into the surface of a planet and so make a large hole called a crater. The force of the crash can cause shockwaves for the surrounding area and also can send lots of material like dust and rock up into the atmosphere.
Mercury has a surface that contains scraps. These scraps are likely remnants of impacts from asteroids and comets that have struck the planet over its history.
any asteroids that collide with the planet containing ice deposit it on the surface
The craters are caused by impacts from asteroids and comets.
Many asteroids are the remnants of planets which never got to the size of a full planet. Others are chunks of rock from a celestial object's surface, torn apart by collisions.
Asteroids are their own class of object.
No. You can search in other places in our solar system such as comments and asteroids
Planets change over time due to various factors such as volcanic activity, weathering, erosion, impacts from asteroids or comets, and internal processes like tectonic movements. These processes can alter a planet's surface, atmosphere, and composition, affecting its overall appearance and characteristics.
Mercury is the planet in our solar system that has a heavily cratered surface like our moon. Its surface is covered in impact craters due to its lack of atmosphere to protect it from incoming asteroids and meteoroids.
The Mariner 10 probe studied the planet Mercury, which has a crater-pitted surface due to impacts from asteroids and comets over billions of years.
The Mariner 10 probe studied the planet Mercury, which has a heavily cratered surface due to impacts from asteroids and meteors. It is the smallest and closest planet to the Sun in our solar system.
There are probably meteors, small asteroids, or tiny comets that might weigh 1225 newtonson the surface of a moon or planet, but no "planet" would. There are people who weigh morethan that!
The Earth's atmosphere is the layer that helps protect the planet from asteroids. When asteroids enter the Earth's atmosphere, friction causes them to heat up and break apart, reducing the impact of the asteroid on the Earth's surface.