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Collapsing gas and dust that becomes a cloud as an accretion disk forms and ejects materials making stars and planets. Gravity must be stronger than the pressure to form stars.

Real Life Example: The Orion Nebula can be seen with the naked eye, located in the sword of Orion’s constellation.

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Formed by gravitational accretion of dust and gas. Microwave radiation sweep away gases and can cause interstellar dust to glow as the pressure and temperature rise.

Real Life Example: NASA discovered a star forming in the protostar stage as it is large and bright red, 12,000 light years away from earth.

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90% of a stars lifetime, in this stage stars fuse hydrogen atoms into helium atoms in their cores.

Real Life Example: Our sun.

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The helium core contracts as the core is depleted of hydrogen. No hydrogen remains in the core to fuel nuclear fusion.

Real Life Example: Betelgeuse is the most popular Red Giant that we can see, located in the constellation of Orion.

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The largest stars in the universe in terms of volume. In this stage, hydrogen is completely gone as it undergoes nuclear fusion in the outer shells. The shells expand, creating a red color and cooling off the largest stars to exist.

Real Life Example: Antares is a well known Red Supergiant, located in the heart of Scorpius the Scorpion.

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As the star is dying, the outer layers cast off cosmic gas and dust. This stage is too small for Carbon fusion.

Real Life Example: Our sun is expected to form a planetary nebula by the end of its life. The Helix Nebula is a trillion mile long tunnel of glowing gases and holds a White Dwarf in the center.

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The leftover Carbon core of a dead low mass star. It’s located int he center of a Planetary Nebula and is held by electron degeneracy pressure.

Real Life Example: Our sun is also predicted to become a White Dwarf just like Sirius B which is the closest White Dwarf Star to us at a distance of 8.6 light years away.