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.
The moon we see doesn't, but all of Jupiter's moons do. (About 50)
it would still appear to rotate
Yes you would. Interestingly, the Earth would never rise or set - it would remain a prominent feature in the sky. Daylight on the Moon itself lasts roughly 2 weeks because of the rotational and orbital times of the Moon (both approximately 27.3 Earth days) and the Moon's orbital motion around the Sun.
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.
Both bodies rotate about their axises and revolve around a larger body.
27.32 earth days.
About 27.3 days.
They are exactly the same.
Zero times. It takes the Moon about 27.3 days to revolve just once around the Earth.
About 27 1/2 days in both cases.
It takes 27.3 days for the Moon to revolve around the Earth, and the same amount of time to rotate on its axis.
Moon also revolve. Earth revolve round the sun and moon revolve round the earth.
I am sorry, but the moon does not "revolve around the moon".
It take 27.32 days for the moon to revolve around the earth. At the same time, the Earth and moon revolve as a bound pair around the sun every 365.25 days.
It will take the moon 27.32 days to revolve around the earth.
Both of these periods are exactly equal ... about 27.32 days.