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Are stars moving in space

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Anonymous

15y ago
Updated: 8/17/2019

Yes

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Wiki User

15y ago

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Related Questions

What is the object moving in space called?

An object moving in space is typically referred to as a celestial body or celestial object. This can include planets, stars, asteroids, comets, moons, and other astronomical entities.


What is moving star?

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.


Why star is moving?

Stars move through space due to their orbits around the center of their galaxy, gravitational interactions with other stars, and the expansion of the universe. These motions can be influenced by the collective gravitational pull of other celestial bodies and dark matter in the universe. Additionally, the movement of stars can be affected by internal processes such as nuclear fusion and stellar evolution.


How do you know stars are moving towards or away?

you don't, we ar ethe ones moving not the stars.


Why do stars look like they are moving?

Stars appear to be moving across the sky due to the Earth's rotation on its axis. As the Earth spins, different parts of the sky come into view, making it seem like the stars are moving. This phenomenon is known as apparent motion.


What is the duration of Space Stars?

The duration of Space Stars is 3600.0 seconds.


When did Space Stars end?

Space Stars ended on 1982-09-11.


When was Space Stars created?

Space Stars was created on 1981-09-12.


Why do space have stars?

We have stars because the main star is the sun and there is other stars in space that are luminous globes of heat.


Is Polaris moving?

Yes, Polaris is moving, as are all stars in the galaxy.


What are stars in space called?

The same as on Earth - Stars


What you get when stars are moving away?

When stars are moving away from us, we observe a phenomenon called redshift. This redshift occurs because the light from the stars is stretched, causing its wavelength to become longer. The greater the redshift, the faster the star is moving away from us.