It does both. It rotates upon its axis and revolves around the Earth.
Because its 'day' is exactly as long as its orbit (both take 27.3 days, or just about one month) the moon presents the same face to us all the time. This is called synchronous rotation, and is caused by a gravitational effect known as tidal locking.
because or the gravity of the moon and earth
Both rotate and revolve because of gravity. Rotations occur because of the center of gravity (which is why you have a better balance low to the ground). Revolving occurs because, in the Moon's case, Earth has a larger mass and pulls the Moon around it. The sun doesn't revolve, it stays still.
Yes, all of the planets rotate around the sun, in the same direction but at different speeds and time periods. well planets rotate on their own axis, the correct term would be revolve. The planets revolve around the sun
Anti-clockwise viewed using the North Pole of Earth as "top"
Nope. In fact, over a very very long time, the effect of the moon's presence is to rob some of the Earth's rotation from it.
because or the gravity of the moon and earth
I am sorry, but the moon does not "revolve around the moon".
Both bodies rotate about their axises and revolve around a larger body.
27.32 earth days.
They are exactly the same.
About 27.3 days.
Actually,as the planet Revolve and Rotate the path is an orbit....^_^
Rotate,because it takes 164.79 years to revolve
About 27 1/2 days in both cases.
Yes, all the planets in our solar system revolve and rotate.
Yes, an asteroid revolve the sun but not necessary rotate.
Yes, an asteroid revolve the sun but not necessary rotate.