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This is the lifecycle of a star!

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This is the second of two things that the supernova can become after the explosion.

This has a strong gravity that no light or anything can pass through.

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This is one of the two paths that a supernova can take. This is a star with such a powerful energy in its core and is made of many protons and electrons. This star can make no new heat.

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This is the next stage after a red supergiant, and is a large explosion after a large star or white dwarf dies. The luminosity of this explosion can end up being billions of times brighter than our sun!

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This is the stage after massive star in which the star is growing older. The temperature classification is usually within a K or M class.

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The massive star is the second phase after stellar nebula in the massive star cycle. This star is much more luminous and is at least 8 times larger than the sun.

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This is the ending product of the average star cycle once it has exhausted all of its nuclear fuel.

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These nebulas are the next stage of the red giant. this consists of the expanding shell of dust and other matter as the red giant dies and sheds its outer layers.

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the red giant is the next stage of an average star. These stars near the end of their life, and have a low surface temperature and are red in color

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The average star is one of the two paths a nebula can take. These formed stars are about 0.5 to 8 times the size (mass) of the sun!

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a cloud of hydrogen, helium, ions, and more, these clouds of dust create new stars!