yes
Mars has two moons: Phobos and Deimos.
Saturn is a gas giant, and does not have a surface to speak of.
The moon's surface is solid and rocky, so it is not soft. It is covered in craters, mountains, and dust.
The moon's surface gets smooth through various processes such as impact cratering, volcanic activity, and erosion by micrometeorites. Over time, these processes help to reduce surface roughness and create smoother areas on the moon's surface.
The outer surface of the moon is called the crust.
Diemos was a Greek god, i believe the god of terror, fear, etc. The word itself is the Greek word for dread.
Earth's (Luna) and Mars's (Diemos and Phobos).
Mars has two moons: Phobos and Deimos.
Saturn is a gas giant, and does not have a surface to speak of.
Diemos is a very small irregular shaped moon in comparison to our moon, its only around 15km at its longest. Because its mass is so small, its gravity is also very low, something like 0.04% of the earths. If something hits Diemos, a crater is formed, but the ejected material will generally go back into space rather than fall back to the moon. Close views of the craters do show some debris that has gradually moved back into the hole created, suggesting that the moon is not just one solid lump, but has material loosely held to the surface.
The moon's surface is solid and rocky, so it is not soft. It is covered in craters, mountains, and dust.
Mars has two small known moons called Phobos and Diemos.
At just about any phase, you can see half of the Moon's surface. Close to new moon, however, it may be hard to see the dark side.
At just about any phase, you can see half of the Moon's surface. Close to new moon, however, it may be hard to see the dark side.
very far
The moon's surface gets smooth through various processes such as impact cratering, volcanic activity, and erosion by micrometeorites. Over time, these processes help to reduce surface roughness and create smoother areas on the moon's surface.
Mars has two moons, Diemos and Phobos. Both were discovered by Asaph Hall working at the United States Naval Observatory in Washington, D.C.