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No, essentially mass = gravity the earths mass is roughly 81 * that of the moon, if you stood at the same distance from both, the force on you from the earth would be 81 * that of the moon.
This is essentially correct. When part of the moon is in darkness, we can't see it. Additionally, the same side of the moon faces earth all the time as our satellite is locked in its orbit to constantly face earth. We only see the portion of the moon that is both illuminated by the sun and facing the earth.
Just as about as 'strange' as it gets: the Time that the Moon takes to REVOLVE [around the Earth's axis][ one month ] is the same amount of Time that It takes to ROTATE [around its own axis]. This does result in the same face-of-the-Moon facing Us at all times.
No. If it is right before a new moon the crescent will face one way, the crescent after a new moon faces the opposite way.
It never does because the same face of the moon is always pointed at Earth. This is due to the fact that the moon revolves around Earth at the same speed it rotates on it's axis, so Earth remains in the same relative location in the sky on the moon.
Everyone on earth sees the same face of the moon.
No, essentially mass = gravity the earths mass is roughly 81 * that of the moon, if you stood at the same distance from both, the force on you from the earth would be 81 * that of the moon.
because it rotates at the same rate as it fevolves
Yes. The moon spins at just the right speed so that the same face always faced the Earth.
The moon does not rotate so on Earth we always see the same side no matter where the observer is.
This is essentially correct. When part of the moon is in darkness, we can't see it. Additionally, the same side of the moon faces earth all the time as our satellite is locked in its orbit to constantly face earth. We only see the portion of the moon that is both illuminated by the sun and facing the earth.
True.
Just as about as 'strange' as it gets: the Time that the Moon takes to REVOLVE [around the Earth's axis][ one month ] is the same amount of Time that It takes to ROTATE [around its own axis]. This does result in the same face-of-the-Moon facing Us at all times.
No. If it is right before a new moon the crescent will face one way, the crescent after a new moon faces the opposite way.
The moon rotates in the same direction as its orbit. The rate of rotation is such that the same face is always pointing at the earth.
Yes. It rotates at a rate which keeps the same side (or face) to Earth at all times. Or pretty much so. Because the Moon spins once per orbit, the same face of the Moon is always pointing to the center of the orbit. But because the Moon's orbit is elliptical rather than circular, we do get little peeks around the lunar horizon. It spins at a constant speed, but speeds up and slows down some in its orbit. In total, we can see about 54% of the Moon's surface from the Earth. And because the same face of the Moon is always turned toward Earth, an observer on the near side of the Moon would see the Earth appear to hang motionless (or almost) in the sky. And very little of the far side of the Moon ever gets a glimpse of Earth.
We only see one part of the Moon form the Earth because the Moon's orbit is tidally locked to the Earth. This means that the Moon rotates on its axis in exactly the same time as it takes for it to make one orbit round the Earth. This cause the same face of the Moon to be presented to us at all times.