Not at all. When compared to the other stars, there is NO star that shows any apparent motion in as little a time as 8 weeks.
The star with the fastest "apparent motion" is Bernard's Star, sometimes called the "runaway star". If you could memorize the night sky when you were young, and compare it to the sky when you are dying of old age, you MIGHT be able to notice this one star having moved, just a little.
The only star that does not appear to move in the Sky is Polaris, the North Star. (Actually it does move in a TINY circle, but the apparent motion is too small to notice.)
It is not really stationary, it just appears to be. It is the star that appears to have least movement in the night sky. Stars that are near to it also don't seem to move much, just appearing to go around it. The further a star is from it, the more it seems to move.
Through parallax
To locate the North Star in the night sky, find the Big Dipper constellation and follow the two outer stars in its bowl to the North Star, which is the brightest star in the Little Dipper constellation. The North Star is always in the northern sky and remains stationary while other stars appear to move throughout the night.
sky-candle
None - they all move together across the sky as Earth rotates.
The apperent movement of the stars across the night sky is caused by the rotation of the earth.
A star turns in its own axis, causing it to rotate and appear to move across the sky. This rotation is what gives us the sense of day and night.
All the stars appear to move in the night sky, because the Earth is spinning. But for ONE star, the movement is so small that you can't see it without a camera. This star is Polaris, the north pole star. On a long time-exposure photograph, you can see Polaris making a TINY circle in the sky above the north pole.
Regulus stars appear to move across the sky from East to West (:
As many as the stars.
Sirius also known as the dog star is the brightest star in the sky.