The asteroids are destroyed on impact and their material becomes part of the Moon.
The word crater (meaning bowl-shaped) is applied to two different phenomena.On planets and moons, meteor craters are the circular depressions caused by the impacts of other objects, mainly smaller asteroids and meteoroids. They are prominent on the Moon and on the planet Mercury. Some objects hit Earth in the past, but only a few landmarks still exhibit their characteristic bowl shape.The other use is to describe a volcanic caldera, or inner depression within a volcano. Many dormant volcanoes have solidified craters in their peaks, some with lakes or glaciers.
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.
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.
Craters on the moon are most visible when the sunlight hits them at a low angle, such as during the waxing or waning phases of the moon. This creates long shadows that make the crater edges more prominent.
There are two reasons why the Moon (like other moons, and Mercury) has so many craters, and both are related to its lack of an atmosphere. 1) There is no atmosphere to prevent small-to-medium meteors from striking the surface. On Earth, only the largest and densest meteors can make it to the surface without vaporizing or exploding. 2) There is no volcanic activity, or oceans, or winds on the Moon. On Earth, scars from impacts would be lost due to continental drift, volcanic activity, or simple weathering by water, air, and plants. So what you see on the Moon are some of the BILLIONS of collisions with it over BILLIONS of years. Only a few are weathered by solar activity on the rocks, and a much larger number erased by later impacts at the same locations.
The craters on the moon were formed by the impacts of asteroids and comets.
Most of the craters on Earth's moon are believed to have been caused by impacts from meteoroids, asteroids, and comets over millions of years. These impactors have struck the moon's surface and created the circular depressions we see as craters.
Craters on the Moon are formed by the impacts of meteoroids of varying sizes. Small rocks make small craters, and bigger rocks make larger craters.
The moons craters would have been made by pieces of rock - meteroids. These collided with the moon in the past to make the craters. Material ejected from the collision would then have fallen back to the surface of the moon to make further smaller craters further away.
comets or meteores plunge into the moon and make huge holes.
The word crater (meaning bowl-shaped) is applied to two different phenomena.On planets and moons, meteor craters are the circular depressions caused by the impacts of other objects, mainly smaller asteroids and meteoroids. They are prominent on the Moon and on the planet Mercury. Some objects hit Earth in the past, but only a few landmarks still exhibit their characteristic bowl shape.The other use is to describe a volcanic caldera, or inner depression within a volcano. Many dormant volcanoes have solidified craters in their peaks, some with lakes or glaciers.
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.
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.
not a real mean just the craters and such make it look like a human face on the moon
Craters on the moon are most visible when the sunlight hits them at a low angle, such as during the waxing or waning phases of the moon. This creates long shadows that make the crater edges more prominent.
There are two reasons why the Moon (like other moons, and Mercury) has so many craters, and both are related to its lack of an atmosphere. 1) There is no atmosphere to prevent small-to-medium meteors from striking the surface. On Earth, only the largest and densest meteors can make it to the surface without vaporizing or exploding. 2) There is no volcanic activity, or oceans, or winds on the Moon. On Earth, scars from impacts would be lost due to continental drift, volcanic activity, or simple weathering by water, air, and plants. So what you see on the Moon are some of the BILLIONS of collisions with it over BILLIONS of years. Only a few are weathered by solar activity on the rocks, and a much larger number erased by later impacts at the same locations.
Craters on Jupiter are typically caused by impacts from asteroids or comets. Jupiter's strong gravitational pull can attract these objects, leading to collisions with its surface. The planet's thick atmosphere can also cause meteors to explode before impact, creating visible scars on its surface.