Venus is an inferior planet i.e.its orbit is inside the earth's orbit. It does not have a moon It rotates from east to west. Jupiter is a superior planet i.e.its orbit is outside the earth's orbit. It has 63 moons. It rotates from west to east.
Venus has no moon and evidences retrograde rotation from east to west (orbits "upside down", rotating the opposite direction to its orbit) - such that a Venusian observer might see the Sun rise in the west, and set in the east.
During waxing of the moon, it is lite from the right side. The moon appears to get large from West to East After it passes the Full Moon and starts to wane, it is lite from the left side.
When a moon's orbit is backwards, it is referred to as a retrograde orbit.
From the point of view of someone standing on the surface of the Earth, the Moon rises in the east and sets in the west, just like the Sun. So it appears to be moving from east to west. In fact, however, the Earth is rotating from west to east "under" the Moon and Sun.
the moon travels from west to east in its orbit
Venus is an inferior planet i.e.its orbit is inside the earth's orbit. It does not have a moon It rotates from east to west. Jupiter is a superior planet i.e.its orbit is outside the earth's orbit. It has 63 moons. It rotates from west to east.
Venus has no moon and evidences retrograde rotation from east to west (orbits "upside down", rotating the opposite direction to its orbit) - such that a Venusian observer might see the Sun rise in the west, and set in the east.
In this case, there is 'true' motion, and there is 'apparent' motion. To an observer on earth, the moon 'appears' to rise in the east and set in the west, just like the sun. But in fact the moon travels from west to east in its orbit around the earth. From a perspective far about the earth and to the north, the moon travels counter-clockwise around the earth. It is the relatively rapid daily spin of the earth from west to east that causes the apparent motion. The moon takes a whole month to orbit earth; in that time 27+ days have gone by on earth.
The Moon orbits the Earth from west to east. Its apparent motion is from east to west because of the rapid rotation of Earth compared to the monthly orbit of the Moon. Since the Moon orbits from west to east, its once monthly rotation is also from west to east, because it keeps the same face (mostly) toward the Earth throughout the month. In plain English: counter clockwise, as viewed from above the north pole.
The moon's orbit is interesting. Looking down from the north, the earth rotates anti-clockwise on its axis, and the moon orbits earth in an anti-clockwise direction. This is interesting because when we observe the moon, it appears to rise in the east and set in the west, just like the sun. BUT, the orbital movement of the moon is from west to east. The reason this happens is because the moon's orbit is about one month long, but in the meantime the earth is spinning on its axis once every 24 hours. The moon's orbit is an ellipse and not a perfect circle. This means that it moves a little closer to earth, and then a little farther away, once each orbit. The plane of the moon's orbit is not in the plane of earth's orbit around the sun. If it were, we would have solar eclipses every lunar cycle.
The moon roates around the earth from east to west.
It appears to move from the east to west.
East to West
We say that it is 'setting,' but this is apparent motion, and not true motion. The same is true for the rising and setting of the moon and fixed stars. There is another spectacular example of apparent motion that is different from true motion. Because the moon 'rises' in the east and 'sets' in the west, it is easy to think that it is "moving" from east to west. In fact, the moon's orbit around the earth is from west to east. The slow (monthly) orbit of the moon along with the 24-hour rotation of the earth give us the impression of the moon's apparent motion.
The moon appears to move from east to west.
because we orbit