If you are referring to the observation of absolute stellar motion, we cannot see stellar motion because (1) the distances between stars and galaxies are so great that their relative displacement from one minute/hour/day/year/century to the next is infinitesimally small, and (2) in the Milky Way galaxy, all the stars rotate together, and so our neighboring stars maintain their relative position to the Sun and Earth.
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If you are referring to apparent stellar motion due to the rotation of the Earth, this can be observed in the same way as you can chart the progress of the sun and the moon across the sky over the course of minutes or hours.
The stars that you would see at night in 6 months time.
the stars don't move the earth rotates and that's why we think we see the stars move
We can, t see the stars in a day beacues the light of sun is very bright comparatively to the stars thes reason
because they are so far away you cant see them move at all
You can see stars that are bigger than the sun. About half the stars you see are bigger. Generally speaking, any orange or red star is. Just to give an example, look at Orion's left shoulder, Betelgeuse. This is one of the larger stars we can see.
Stars are super far away from our sun. But the Earth moves around on its axis. So it looks like the stars are moving actually.
You mean "what is moving the stars?" Well, I answer you with this: nothing. The stars are not moving. No stars move. The closest you will ever get to see a star moving is when Justin Beiber moves from LA to Miami.
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we cant see lower mass stars because were blind.... :)
The stars that you would see at night in 6 months time.
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because the stars move around and we cant see it staright
because you cant
Because 'shooting stars' are moving a lot faster and they also going down.
Because the sun is brighter than stars
Stars are always in the sky! You just cant see them as well when the sun is shinning.
the stars don't move the earth rotates and that's why we think we see the stars move