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How does light from quasars differ from starlight?

Updated: 8/17/2019
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Q: How does light from quasars differ from starlight?
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Related questions

Are some quasars nearly 13 billion light-years from earth?

Yes, there are some quasars that are nearly 13 billion light years from the earth.


The hubble telescope can see quasars that are 58,690,000,000,000,000,000 miles away. How long does it take light to reach earth from these quasars?

12.8 billion light years away.


How far are quasars away from us?

Quasars can be very, very, very far away. And they are extremely bright. We've seen quasars that are 12 billion light years away from Earth (a light year is how far light travels in one year, and light travels at about 128 billion kilometers a second). Most quasars are actually big, bright galaxies shining from millions, or even billions of light years away from here.


What do astronomers use to study quasars?

Scientists use radio waves to study distant quasars because quasars emit large amounts of radio waves but not much visible light.


Quasars are among the strongest sources of?

Light and radio waves.


Quasars are among the strongest sources of what?

light and radio waves


Is starlight a form of natural light?

Of course it is.


Compound word for light coming from stars?

starlight


What is light coming from stars in a compound word?

Starlight


What splits starlight into a spectrum of different colors?

The electro magnetic spectrum - A prism can split light into a spectrum of colors, and starlight is light. Detail your question and you will have a detailed answer, if this answer does not do the job


Do Quasers emit light?

Yes, quasars are the most luminous objects in the universe.


How do you know that quasars are not just nearby stars?

The light from quasars - all quasars - is shifted far to the red side of the spectrum. This means that they are moving away from us, at a very high rate of speed. They cannot be "nearby", for that, and a lot of other sound, scientific reasons.