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...temperature of a red star. Primarily HAMAL of...

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Question by Stephanie
Submitted on 11/19/2003
Related FAQ: N/A
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What is the temperature of a red star. Primarily HAMAL of the constellation Aries.


Answer by uiuhj
Submitted on 1/11/2004
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bjkmn vghcdh tsut ouihkjh

 

Answer by Becca
Submitted on 3/4/2004
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I would really like to know please tell me.

 

Answer by Katie
Submitted on 5/20/2004
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What are the temperatures for the stars in the Aries Constellation

 

Answer by Lauren marie jones
Submitted on 6/1/2004
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i am a ugly little hamster/pig!!!!!!!!!

 

Answer by CAM F
Submitted on 3/3/2005
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I just let a silent one

 

Answer by grandmas meatloaf
Submitted on 11/18/2005
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why don't you ask the ancient god of shut the hell up

 

Answer by Craven Morehead
Submitted on 1/10/2006
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Im Loving It

 

Answer by J-Lynn
Submitted on 10/12/2006
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kay...anyone know the longitude and latitude of aries..?

 

Answer by Smart person
Submitted on 11/27/2006
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Stars form inside relatively dense concentrations of interstellar gas and dust known as molecular clouds. These regions are extremely cold (temperature about 10 to 20K, just above absolute zero). At these temperatures, gases become molecular, the group together. CO and H2 are the most common molecules in interstellar gas clouds. The deep cold also causes the gas to clump to high densities. When the density reaches a certain point, stars form.

Since the regions are dense, they are opaque to visible light and are known as dark nebula. Since they don't shine by optical light, we must use IR and radio telescopes to investigate them.

Star formation begins when the denser parts of the cloud core collapse under their own weight/gravity. These cores typically have masses around 104 solar masses in the form of gas and dust. The cores are denser than the outer cloud, so they collapse first. As the cores collapse they fragment into clumps around 0.1 parsecs in size and 10 to 50 solar masses in mass. These clumps then form into protostars and the whole process takes about 10 millions years.



How do we know this is happening if it takes so long and is hidden from view in dark clouds? Most of these cloud cores have IR sources, evidence of energy from collapsing protostars (potential energy converted to kinetic energy). Also, where we do find young stars (see below) we find them surrounded by clouds of gas, the leftover dark molecular cloud. And they occur in clusters, groups of stars that form from the same cloud core.


 

Answer by dfrtghgft
Submitted on 6/6/2007
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you f###### mom b

 

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