Craters are eroded away by weather, earthquakes, living things, etc.
No. Earth has relatively few impacts craters.
The Earth has weather patterns that have eroded most of the craters on Earth. The moon has no weather, therefore no erosion.
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.
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.
Unlike Mercury of the moon, Earth is geologically active. Erosion, deposition, and plate tectonics have buried or destroyed most of Earth's craters.
Earth is geologically active and has moving air,water, and ice on its surface. As a result, plate tectonics and weathering largely destroy most impact craters within a few million years, and most of what is left is often buried under sediment. Craters do exist on Earth, but apart from the youngest, they are not readily apparent.
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.
Yes. both the moon and the earth has several craters from meteorites. The most known/largest crater on the earth is the "Barringer Crater" in Arizona which is over a kilometer in diameter and approximately 40'000 years old
Most craters on Earth are no longer visible due to erosion, which gradually wears away the crater's features over time. Geological processes, such as tectonic activity, can also alter or destroy craters by reshaping the landscape. Additionally, sedimentation can bury craters beneath layers of soil and rock, making them difficult to detect.
Mercury and Mars have the most craters among the inner planets. Their lack of atmospheres allows more impactors to reach the surface, resulting in a higher density of craters compared to Venus and Earth.
... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.... as compared to Earth, I suppose. On Earth, the weather will remove most traces of craters rather quickly, in a few million years for large craters, in a fraction of a million years for smaller craters.
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.