The moon does rotate about its own axis, once every 27.32 days. "Day and night" on the Moon are each 13.66 Earth days long.
....but don't think of it this way just yet. This will create confusion until you understand truly what I'm saying.
If you take a Basketball and spin it on your finger, the basketball is spinning on its own axis. If this was exactly how the moon rotated, we could see all sides of it, just like the basketball. But the way that it works is different...the far side of the moon can never be seen from Earth by looking into the sky (unless you use mirrors!).
Take a basketball (Earth) and a ping pong ball (moon) and mark an 'X' on the ping pong ball. Make the ping pong balls 'X' face the 'Earth.' Now rotate the 'moon' around the 'Earth' so that the 'X' is always facing the Earth.
If you watch from above (bird's-eye view), you will notice that the ping pong ball actually has completed one full rotation about its own axis, as well as one revolution about the 'Earth' axis (one orbit around the Earth). And yet, no matter where on Earth you are you wouldn't be able to see the far side because it is always facing away from you!
This is due to a phenomenon called tidal locking. The moon is tidally locked with the earth, which means its rotation is the same as its orbit, causing the same portion of the moon to always be visible from earth, which is why we only ever see one side of the moon.
You can tell that the moon actually does rotate by its phases; the bright portion of the moon is sunlight reflecting off its surface and it is daytime on the portion of the moon that is lit by the Sun.
Rotate
The moon rotates on its own geometrical axis. It revolves around the Earth.
The moon does rotate on its axis as the earth does. The earth rotates once in a day and the moon rotates once in a month ( for those who want to quibble, it's a little more than 27 days ). ADD---the moon rotate at the same speed of the earth, that why we always see the same side of the moon which give the impresion that the moon doesnt rotate but it does!
Yes. The moon rotates in relation to the stars, so it has an axis of rotation.
Yes, but not in the ordinary sense. The moon is gravitationally locked to the Earth, meaning it doesn't rotate independently along an imaginary line passing through its poles. As the Earth both rotates on its own axis and revolves around the Sun, the moon's orientation along that imaginary line changes with respect to the ecliptic every 27.3 days, so the moon can be said to rotate on that axis.
Rotate
No
The moon rotates on its own geometrical axis. It revolves around the Earth.
The moon has an axis, and as the moon orbits the Earth, it keeps the same face toward the earth. So the moon rotates on its axis the same length of time it takes to rotate the earth -28 days.
27.32 days
Dude hello, the moon doesn't rotate on its axis. It rotates around the Earth but stays facing the same way, the first time man ever saw the dark side of the moon was when Apollo 11 delivered the first people onto the moon. But the Earth on the other hand does rotate on its axis.
Neither. The Sun and the Moon both rotate around their own axis. See related questions.
27.32 days
About 28 days.
27.32 days
By definition, every object rotates a full 360 degrees about it's own axis, including the moon.
365 and 1 to 4 days