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Stellar Nebulas are clouds made up of gas and dust that stars also grow up in.

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Protostars are stage that stars begin their life in. A star is officially classified as a Protostar when it begins to glow.

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The middle stage of a star's life. Stars spend most of their life here ,and this is also where life stages between small to medium and large stars start to differ.

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Once a star makes it through the Main or Massive sequence stage, it gets bigger while enveloping everything that happens to be too close to it. A star can only begin this stage when it has burned up all of its Hydrogen.

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After a star has burned up all of its elements, a small to medium star will explode into a Planetary Nebula, and a large star will explode into a Supernova. After a small to medium star explodes, the leftover mass from the star will continuously drift away, forming a White Dwarf; however, when the supernova has stopped, either a Black Hole or a Neutron Star will be formed depending on much mass is left.

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After all the mass from a Planetary Nebula has drifted away, a small, white core is left. This is a White Dwarf. These stars are very small and dim, but also very, very hot.

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If there is little mass left after the supernova, a neutron star will be formed, These stars are also known as Quasars and spin around and emit radio waves.

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If a large amount of mass is left after a supernova, then a Black Hole is formed. These stars are small,black and have a suction force so strong that nothing in the universe can escape if they get too close, not even light.