Craters on the moon were formed primarily through two processes: impact from meteoroids and volcanic activity. Impact craters were created when meteoroids collided with the moon's surface, causing large depressions. Volcanic craters, on the other hand, formed when volcanic activity released magma and gases, creating bowl-shaped depressions.
The number of craters on the moon are too many to count. Approximately 300,000 craters with diameters of 1 km or more are visible from ground based telescopes. High-definition photographs from lunar probes reveal millions of craters. Extreme closeups show countless microscopic craters.
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.
There are three general similarities, although there are also vast differences.Mercury, like Earth, orbits the Sun, so it has the same relationship to the Sun as the Moon has to the Earth.The Moon and Mercury have virtually no atmospheres, so they both are heavily cratered. The lack of an atmosphere allows most meteors to impact unimpeded, and there is no weathering by air or water to erase the craters. This lack of atmosphere also means that the surfaces get much hotter in the daylight, and frigidly cold on the sides facing away from the Sun. This is a much greater difference, however, on Mercury, due to its closeness to the Sun.
They are called "craters" and were produced by meteor impacts (the vast majority more than 2 billion years ago).
The craters on the moon are visible because they reflect sunlight differently than the surrounding flat areas, creating contrast. Additionally, the lack of atmosphere on the moon means that there is no air to scatter light, resulting in a clearer view of its surface features from Earth.
The circular indentations on the surface, called craters, are typically formed by impacts from meteoroids, asteroids, or comets striking the surface of a celestial body like the Moon or planets. These impacts create bowl-shaped depressions by ejecting material upon impact.
The number of craters on the moon are too many to count. Approximately 300,000 craters with diameters of 1 km or more are visible from ground based telescopes. High-definition photographs from lunar probes reveal millions of craters. Extreme closeups show countless microscopic craters.
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.
The first mission to land on the Moon was the Soviet Luna 2 it impacted the lunar surface west of Mare Serenitatis near the craters Aristides, Archimedes, and Autolycus.
There are three general similarities, although there are also vast differences.Mercury, like Earth, orbits the Sun, so it has the same relationship to the Sun as the Moon has to the Earth.The Moon and Mercury have virtually no atmospheres, so they both are heavily cratered. The lack of an atmosphere allows most meteors to impact unimpeded, and there is no weathering by air or water to erase the craters. This lack of atmosphere also means that the surfaces get much hotter in the daylight, and frigidly cold on the sides facing away from the Sun. This is a much greater difference, however, on Mercury, due to its closeness to the Sun.
They are called "craters" and were produced by meteor impacts (the vast majority more than 2 billion years ago).
2!
No. Saturn is a gas planet with no solid surface. Craters cannot form there.
The earth has atmosphere and liquid water, whereas Mercury has neither. Their presence works against the appearance of impact craters in at least two ways: 1). The vast majority of material objects on a course to strike the earth burn up in the atmosphere and never reach the surface. Those that are large enough to survive the entry are reduced in size, mass, and speed before impact. 2). The marks left by impacts that do occur become worn down or "weathered" by the effects of both the atmosphere and the water on earth.
The craters on the moon are visible because they reflect sunlight differently than the surrounding flat areas, creating contrast. Additionally, the lack of atmosphere on the moon means that there is no air to scatter light, resulting in a clearer view of its surface features from Earth.
Mainly because of the Earth's atmosphere. First of all, when meteors enter the atmosphere, many of them burn up completely before they reach the surface of the Earth. Secondly, the atmosphere, including wind and rain, tend to obliterate or bury the traces of those impacts that do occur.
1. It's round 2. It's white 3. It has these craters on it 4. Man's been there 5. Did I mention it's round? 6. Yes, yes I did