Apparent motion of the planets.
They mostly appear to move from east to west but there are epicycles during wich they appear to move from west to east.
Venus & Uranus rotate in what is called retrograde motion. Retrograde motion is from east to west. All of the other planets including earth rotate from west to east.
Yes, stars appear to move from east to west in the night sky due to the rotation of the Earth on its axis. This causes the stars to appear to rise in the east and set in the west as the Earth rotates from west to east.
Venus and Uranus are the two planets in our solar system that rotate from east to west, which is known as retrograde rotation. Most planets, including Earth, rotate from west to east.
It appears to move from the east to west.
A large asteroid collided a very long time ago, reversing its rotation on its axis.
The spinning rotation of a planet from east to west is called retrograde rotation. This is the opposite direction to the majority of planets in our solar system, which rotate from west to east in a prograde rotation.
West to east. This is also the direction of the Moon with respect to the stars. As seen from Earth, planets sometimes go from east to west and sometimes from west to east, but the west to east movement is the predominating movement - therefore that movement is called prograde, while east to west is called retrograde.
All the planets do orbit the sun in the same direction. However, as we orbit the sun quicker than the planets further out from us, and slower than the ones inside us they do at times appear to be moving the other direction.
It is called retograde motion which occurs round the time of opposition (outer planets only). Normally planets appear to move from west to east, in other words if they are in one position on a certain date, they will be east of that position 365 days later. The far-off planets Uranus and Neptune move only a little way along the ecliptic each year: 4.3 degrees for Uranus and 2.2 degrees for Neptune. However, when the planets are at opposition (exactly opposite the Sun, so they are south at midnight), they appear to be moving backwards (east to west) as the Earth overtakes them in their orbit. This is called retrograde motion, when they appear to move east to west from one night to the next. It happens for a few days around opposition for all the outer planets. The early orbital models of Ptolemy and Copernicus were able to predict retrograde motion correctly.
The moon appears to move from east to west.
well it depends if you live in the west the sun would move to the east and if you live in the east the sun would move to the west