The shape and size of a crater is dependent on the speed, size, and direction of the object that made the crater. Try tossing some big and little rocks or balls into some soft dirt or sand and see what happens!
No. Gas planets do not have solid surfaces.
Yes, holes in planets can be made by asteroids. When asteroids collide with planets, they can create impact craters that can range in size from small to very large, shaping the planet's surface over time. These impact events can have a significant influence on the geology and landscape of a planet.
Craters are formed by impacts from objects from space, such as meteorites.
All four inner planets have craters. Mercury is the most heavily cratered.
Many impact craters are visible on many planets and satellites of planets. The moon is a perfect example, it is covered with craters, some of which we can see from Earth even without a telescope. We do have a few impact craters that have survived here on Earth, as well, even though the weather on Earth, over long periods of time, tends to smooth away craters.
All planets with solid surfaces have craters.
No not all the planets have craters on.
Craters on planets and moons are often named after famous scientists, artists, and explorers. On Earth, some craters are named after geographic features or towns near where they are located.
Meteorites crashed into all of the planets.
No. Gas planets do not have solid surfaces.
Yes, holes in planets can be made by asteroids. When asteroids collide with planets, they can create impact craters that can range in size from small to very large, shaping the planet's surface over time. These impact events can have a significant influence on the geology and landscape of a planet.
Craters are formed by impacts from objects from space, such as meteorites.
craters
both have craters
Mercury has the most craters of all the planets.
Depends on which kind of craters you are thinking about. Craters aren't important as such. But impact craters tell us that not all things in space stays nicely in their expected positions. Some drift around and occasionally collide with planets, causing impact crates and other damage. Volcanic craters tells us that the planet has some seismic activity. Depends on which kind of craters you are thinking about. Craters aren't important as such. But impact craters tell us that not all things in space stays nicely in their expected positions. Some drift around and occasionally collide with planets, causing impact crates and other damage. Volcanic craters tells us that the planet has some seismic activity.
The planets with more craters are the ones with less geologic activity. Geologic activity such as erosion, plate tectonics, and volcanic eruptions will wear down, bury, or otherwise destroy impact craters. If there is no geologic activity, then there is nothing to disturb the craters other than later impacts from comets and asteroids.