The moon's orbit is tidally locked, with the same side always facing the earth. It follows that it rotates once per lunar cycle. One revolution around the earth equals one rotation on its axis. If the moon did not rotate, then every part of the moon would face the earth at one point or another during a month.
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Counterclockwise. All objects in space spin counterclockwise except Venus because it is was to believed to be hit by a large object that changed its spin.
This is due to a phenomenon called synchronous rotation, where the moon rotates on its axis at the same rate it orbits the Earth. This causes one side of the moon to always face towards the Earth.
No, the Earth's rotation will not cease. The Earth will continue to rotate on its axis as long as it exists.
The moon has three main motions: rotation on its axis, revolution around the Earth, and axial tilt. Rotation on its axis gives us different views of the moon's surface, while revolution around the Earth causes its phases. Axial tilt influences the moon's position relative to the Earth and the sun, affecting tides.
Rotate
No
Moons rotate on their axis, similar to how planets rotate on their axis. This rotation causes the moon to have day and night cycles.
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.
About 28 days.
27.32 days
27.32 days
By definition, every object rotates a full 360 degrees about it's own axis, including the moon.
Yes.