they don't have water to fill them in or an atmosphere where they can burn up
The Earth has relatively few impact craters compared to other celestial bodies due to processes like erosion, weathering, and tectonic activity that constantly reshape the surface. Also, Earth's atmosphere protects it from smaller meteoroids, burning them up before they reach the surface.
From the Earth, a full moon looks yellow like cheese and the craters look like the holes in Swiss Cheese.
The Earth's moon appears as a round, rocky body that reflects sunlight to varying degrees, giving it different phases throughout the month. Its surface is pockmarked with craters, mountains, and plains, and it has a grayish color due to the presence of rocky materials like basalt and anorthosite.
The biggest difference is the craters on the moon erode at a much slower rate. Here on earth, it takes a few thousand years for a crater to fill in and become not much more than a valley. On the moon, the craters last until ejecta from newer craters fills the holes of the older craters. The mountains of the earth are covered with snow and below the timberline lie trees. There is no snow or trees on the moon. The mountains on the moon look a lot sharper and the rocks stand out because they're not covered in dust. The lunar mountains look much rounder and the entire surface of the moon is covered in a very thin layer of dust.
Old craters typically have more erosion, with smoother edges and a shallower depth compared to new craters. New craters have sharp, well-defined edges with steep walls and a more prominent central peak. Additionally, the presence or absence of overlapping craters can also help distinguish between old and new craters.
The Earth has relatively few impact craters compared to other celestial bodies due to processes like erosion, weathering, and tectonic activity that constantly reshape the surface. Also, Earth's atmosphere protects it from smaller meteoroids, burning them up before they reach the surface.
Yes, it does. For more info go take a look in an Astronomy book.
they look like big indentions
Earth is more of an oval compared to all the other planets.
From the Earth, a full moon looks yellow like cheese and the craters look like the holes in Swiss Cheese.
The Earth's moon appears as a round, rocky body that reflects sunlight to varying degrees, giving it different phases throughout the month. Its surface is pockmarked with craters, mountains, and plains, and it has a grayish color due to the presence of rocky materials like basalt and anorthosite.
Most craters are caused by meteorites crashing to the planet. However, some volcanoes when formed, look like craters.
The biggest difference is the craters on the moon erode at a much slower rate. Here on earth, it takes a few thousand years for a crater to fill in and become not much more than a valley. On the moon, the craters last until ejecta from newer craters fills the holes of the older craters. The mountains of the earth are covered with snow and below the timberline lie trees. There is no snow or trees on the moon. The mountains on the moon look a lot sharper and the rocks stand out because they're not covered in dust. The lunar mountains look much rounder and the entire surface of the moon is covered in a very thin layer of dust.
They look like uninhabitable wasteland with many different size craters and other features.
a circle, and you can sometimes see craters
old, dusty and full of craters
Old craters typically have more erosion, with smoother edges and a shallower depth compared to new craters. New craters have sharp, well-defined edges with steep walls and a more prominent central peak. Additionally, the presence or absence of overlapping craters can also help distinguish between old and new craters.