it would still appear to rotate
Full, large or whole. Maybe the question was meant to be...How would the Earth appear to an observer on the moon during a full moon?
if you look at a video and the North Pole is at the top, the Earth would appear to move from left to the right (the Pacific Ocean would first appear on the left side then rotate across and disappear on the right)
The sun would be 4 times less bright than it is now. The brightness of the sun follows an inverse square law
Most of the planets in our solar system rotate on their axis from west to east; i.e., counter-clockwise as seen by an observer looking down from high above the Earth's north pole. Hence an observer near the equator of the earth, for example, would see the sun rise in the east, and later set in the west. This is the same direction in which they orbit the sun. The exceptions are Venus which rotates the opposite direction, and Uranus which rotates almost "on its side" (axis tilt of about 90 degrees).
During the Moon's revolution, an observer in space would see the moon, but would not be able to see it spin around. From far to the north, about the solar system, the moon would appear to make a squiggly
it would still appear to rotate
Full, large or whole. Maybe the question was meant to be...How would the Earth appear to an observer on the moon during a full moon?
Not at the same time, no.
Yes. Unless the observer was on the back side of the moon, or on the opposite side of the earth from the moon, he/she could see the same phases that we see here on earth.
On the horizon
Both lunar and solar eclipses are the result of positioning 3 astronomical bodies (earth, sun and moon) in a straight line relative to the observer. A solar eclipse is observed when the sun, moon, and earth are positioned in a straight line with an observer on the earth. A lunar eclipse is observed when the sun, earth, and moon are in a straight line with an observer on the earth. A lunar eclipse, as observed by an observer on the earth would appear as a solar eclipse as observed by an observer on the moon.
if you look at a video and the North Pole is at the top, the Earth would appear to move from left to the right (the Pacific Ocean would first appear on the left side then rotate across and disappear on the right)
The sun would be 4 times less bright than it is now. The brightness of the sun follows an inverse square law
The earth would not rotate.
No
If the moon didn't rotate around the Earth, it would be to dark to see at night and eclipses would not exist!
Most of the planets in our solar system rotate on their axis from west to east; i.e., counter-clockwise as seen by an observer looking down from high above the Earth's north pole. Hence an observer near the equator of the earth, for example, would see the sun rise in the east, and later set in the west. This is the same direction in which they orbit the sun. The exceptions are Venus which rotates the opposite direction, and Uranus which rotates almost "on its side" (axis tilt of about 90 degrees).