It is moving away at a significant speed.
The star with the greater shift moves towards us, or away from us, faster.
It is a central conical device- used to help find the stellar spectra of a star or planet.
In that case, the star must be approaching us.
No shift at all.
As a star moves away from us it has a red color shift.
There is a Doppler shift which results from the relative motion of the star in question, either toward or away from us as we observe it.
Yes, or at least it is used in determining that. However, it is only part of a much larger calculation in determining if it has a red or blue shift
A stellar spectrum is the light emitted by a star.
By the amount of energy that they are giving out.
There has been many star wars movie prop exhibits at museums around the U.S. See the related link for a website that will give you names of museums where there will be exhibits.
An apparent change in position of a star due to the movement of the Earth in it's orbit. The closer the star is there is a larger shift and the further the star is there is a smaller shift.
The star with the greater shift moves towards us, or away from us, faster.
A Doppler red-shift is a shift in recognizable features of a star's spectrum from the wavelengths where we know they belong toward longer wavelengths. Such a shift can be caused by the star's moving away from us, and that's how it's interpreted when astronomers see it. A Doppler blue-shift is a shift in recognizable features of a star's spectrum from the wavelengths where we know they belong toward shorter wavelengths. Such a shift can be caused by the star's moving toward us, and that's how it's interpreted when astronomers see it.
Not at all. "Blue shift" refers to a shift of features in the star's spectrum toward shorter wavelengths, for stars that are moving toward us. It has nothing at all to do with the composition or properties of the star itself.
UK = Shift 8
They can obtain information about what elements are in the star; about the star's temperature; about whether the star is moving towards us or away from us; and partial information about the star's rotation.
In that case, the star must be approaching us.