The moon rotates on its own geometrical axis. It revolves around the Earth.
The moon we see doesn't, but all of Jupiter's moons do. (About 50)
because there are a lot of moons that surround Jupiter and they rotate around Jupiter at different paces not all can be seen at the same time
Most moons orbit their planet the same way the planet rotates. One of Neptune's moons is very different. That moon goes in the opposite direction of Neptune's rotation.
Mars does not rotate around the Sun. It revolves around the Sun. It takes Mars about 687 Earth days for Mars to revolve once around the Sun.Planets and moons rotate about their own axes, but they revolve around the Sun (for planets) or (for moons) other planets.
Anti-clockwise viewed using the North Pole of Earth as "top"
Moons.
None. The sun is a star, and no moons rotate around stars.
No, all the planets, moons, asteroids and the sun do.
Venus is the obviousexample, butUranus does this too. (Also some moons rotate in unusual directions.)
The moon we see doesn't, but all of Jupiter's moons do. (About 50)
Mainly moons.
because there are a lot of moons that surround Jupiter and they rotate around Jupiter at different paces not all can be seen at the same time
Most moons orbit their planet the same way the planet rotates. One of Neptune's moons is very different. That moon goes in the opposite direction of Neptune's rotation.
Mars does not rotate around the Sun. It revolves around the Sun. It takes Mars about 687 Earth days for Mars to revolve once around the Sun.Planets and moons rotate about their own axes, but they revolve around the Sun (for planets) or (for moons) other planets.
I will assume you mean "why do the moons of planets rotate?" this is because the moon has mascons (mass concentrations). these mascons are attracted by the planet more than the rest of the moon, so these parts of the moon always face towards the planet, meaning that the moon rotates
No, all the moons and rings rotate in the same plane as the planet itself.
asteroid stars telescope rotate orbit nebula orion moons inferior planets constellation atmosphere light year