While the earth rotates, the moon revolves around it.
While the moon rotates it has different phases.
Improvement : I think this question is about the fact that the Moon's crust seems to be thicker on the "far side". This may be why there's much less
sign of volcanic activity on the far side.
The moon Io would look the brightest from the surface of Jupiter because It is the nearest.
Because when I look up from the Earth, the surface of the Moon looks like nothing on Earth.
Io would be because i t is closest
Lo would look the brightest from the surface of Jupiter as it is the closest! Then Europa then Ganymede and finally Callisto I got that homework the other day
I predict that the constellations would look different.
Its surface would look like that of the Moon, Mars or Mercury all of which do not have tectonic plates and a fixed crust.
Its surface would look like that of the Moon, Mars or Mercury all of which do not have tectonic plates and a fixed crust.
It would look a little different because there will be no living particle on earth
tired of looking crust try this product and it will make you look less crust but you will still be crust:)
The moon Io would look the brightest from the surface of Jupiter because It is the nearest.
Most of the Earth's crustal material (that which makes up the continents) is already above sea level, therefore it would look very little different than it does today.
Yes. Igneous rock that forms on the surface will have small mineral crystals, or in some cases no mineral crystals. Igneous rock that forms below the surface will have larger mineral crystals, from the additional cooling time afforded by the insulating effects of the surrounding Earth material.
Because when I look up from the Earth, the surface of the Moon looks like nothing on Earth.
wierd
The surface of moon.
like mars
The gas giants - and this includes Uranus - DON'T have a surface you might walk on.