I'm no expert but id guess that earth (being a larger target) has been hit more then Mercury. (here is where the guessing ends) but mercury is devoid of water Ware as earth has lots. their was once a time where earth was covered with impact craters. but over rain eroded them away. mercury has no rain so the craters will stay their for millions of years
Yes both bodies have craters but the Moon has many many more. That is because it has no protective atmosphere so that any old piece of rock of any size that hits the Moon will produce a crater (sometimes only a small one, other times a big one). The Earth's atmosphere causes all but the biggest meteors to burn up before they hit the ground, which means they have to be really large to cause any kind of crater. But the Earth has a few big craters.
Earth does have craters, but most of those that exist are heavily eroded, have been buried under sediment, or have been deformed by plate tectonics. Many more craters have been destroyed by these processes.
Similar:1. Both in Solar System2. Both have gravity3.Both have craters,[moon has more, Earth has less]4. techtonic activity5. both have rocksDifferent:1. Earth is has more mass than the the moon2. Earth has liquid water the moon doesn't3. Footprints on the Earth would be there a few days, but on the moon it could be there millions of years.4. no atmosphere on moon5. moon no oxygen6. earth has metal and moon doesn't They are both satellites. The Moon is a satellite to the Earth. The Earth is a satellite to the Moon.Definition - Satellite - A celestial object that revolves around a primary. Well, for one, both are more or less spherical masses trapped in the sun's gravitational field. For two, the moon is trapped in the earth's gravitational field. For three, man has set foot on both. For four, the terrain of both are well known. For five, eclipses happen between them when either one is between the sun and the other.
The earth is six times more massive than the moon. That keeps the moon in orbit around it, just as the mass of the sun keeps the earth in orbit around it.
It appears that geosynchronous orbit (orbit that appears stationary from earth's surface) is more or less equal to the circumference of the earth (around 27,000 miles). The moon which orbits the earth reaches the same point every 29 or so days. So it would appear that the moon is around 29 times the distance for geosynchronous orbit or about 783,000 miles.
there are more craters on the moon then on earth
Yes, both the Moon and Earth have craters on their surfaces. The Moon's surface is covered with craters formed by impacts from space debris, while on Earth, craters are less common due to erosion and tectonic activity, but they can still be found in certain areas like meteorite impact sites or volcanic regions.
because the moon does not have a equater like the earth to protact it self ;)
Yes, the moon has more craters than Earth. This is because the moon lacks an atmosphere to protect its surface from impacting rocks and debris, whereas Earth's atmosphere helps to burn up most objects before they reach the surface.
We can see the craters of the moon clearly from Earth because the moon has no atmosphere to erode them, so they remain preserved. When the sun shines on the moon's surface at an angle, it creates long shadows that make the craters stand out more prominently, enhancing their visibility from Earth.
No. Most of the impact craters that have formed on Earth have been destroyed and buried by geologic processes, processes that the moon lacks. While some recent impact craters on Earth remain visible on the surface, they are too small to be seen from the moon.
it is easy the eathhave a capa de osono that protect the eath but the moon dont have it
The Moon's surface is heavily cratered because of of meteor impacts. Meteors are able to more commonly strike the Moon's surface than the Earth's surface because the Moon's atmosphere is not as strong as the Earth's, so less meteors burn up in the Moon's atmosphere than they do in the Earth's atmospheres. So the craters are simply the result of heavy meteor impacts. Answer #2 The moon has no weather to erode craters. Speculation is that the earth has been hit at least as many times as the moon because of our greater mass. Wind, water, and plate tectonics wipe out the evidence on earth.
Unlike Earth, the moon has no geologic activity, not atmosphere, and no water to erode, bury, or otherwise destroy craters. Except for newer impact craters, the moon's surface has changed relatively little since soon after its formation while none of Earth's original surface is still intact.
The moon has more visible craters on its surface compared to Earth because it lacks an atmosphere to protect it from impacting objects. Earth's atmosphere burns up most small asteroids and meteoroids before they can reach the surface, resulting in fewer visible impact craters. Additionally, the moon's lack of geological activity means that its craters remain preserved over time.
The surface of the Earth has been reworked over geological time and this has erased evidence for craters that have existed on the Earth. However all the inner planets and moons have been subject to the same rate of impactors and as Earth is larger, it is therefore likely that Earth has in fact received more impactors (and therefore had more total craters) than the Moon or Mercury. There are more craters now visible on the Moon and Mercury, but there were likely many more on the Earth over the same astronomical time. But craters on Earth have become less visible due to erosion and geologic activity - these processes are much more active on Earth than on the Moon or Mercury, which have less tectonic activity, no real atmosphere, and no liquid water.
The moon has more craters than Earth primarily because it lacks a significant atmosphere, which means there is no weathering or erosion to diminish the visibility of impact sites. Additionally, the moon has no active geological processes, like plate tectonics or volcanic activity, that could reshape its surface and erase craters over time. In contrast, Earth's atmosphere, water, and geological activity continuously alter its surface, leading to fewer visible craters.