east
east to west
because of the rotation of the earth from west to east on its own axis otherwise stars are stationary and doesn't move .
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.
They mostly appear to move from east to west but there are epicycles during wich they appear to move from west to east.
They don't - you're traveling west to east.
During roughly half of the time, 'circumpolar' stars don't appear to move from east to west. Which ones those are depends on your latitude. All other stars all the time, and circumpolar stars for the other half of the time, do appear to move from east to west.
east to west
All stars (and constellations) move from east to west, due to Earth's rotation (which is from west to east).All stars (and constellations) move from east to west, due to Earth's rotation (which is from west to east).All stars (and constellations) move from east to west, due to Earth's rotation (which is from west to east).All stars (and constellations) move from east to west, due to Earth's rotation (which is from west to east).
Jupiter appears to move backward across the pattern of stars because of its retrograde motion. This is an optical illusion caused by Earth's faster orbit around the sun, which creates the illusion that Jupiter is moving backward against the backdrop of fixed stars in the sky.
Stare at a picture on your wall. Turn your head to the left. Notice that the picture appears to move to the right? Its the same. The stars stay in the same place, you move relative to them.
From east to west.
They always rise in the east and set in the west, because the Earth's daily rotation goes west to east. That is, they appear to rotate anticlockwise around the Pole Star. Stars under the Pole Star move from left to right, west to east.