What factor determines what the star will become after the main-sequence stage
What Factor Determines What The Star Will Become After The Main-Sequence Stage
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What Factor Determines What The Star Will Become After The Main-Sequence Stage. After the main sequence stage, a star's fate depends on its mass. Whatever the mass of a star, sooner or later its supply of hydrogen for nuclear reactions will run out.
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> chemical composition > cluster association > mass > apparent magnitude > surface. Low to medium mass stars (like our sun) expand into red giants, then shed their outer layers to form a planetary nebula,. Stars are formed from clouds of.
> Chemical Composition > Cluster Association > Mass > Apparent Magnitude > Surface.
Stars are formed from clouds of. Low to medium mass stars (like our sun) expand into red giants, then shed their outer layers to form a planetary nebula,. Whatever the mass of a star, sooner or later its supply of hydrogen for nuclear reactions will run out.
When This Happens, The Equilibrium Between Gravity And Energy Production In The Core Will.
After the main sequence stage, a star's fate depends on its mass. What is the single factor that determines how long a star will remain in the main sequence stage? The main factor that determines the stages a star will follow after the main sequence is the star's mass.