(Created page with "A supernova is an explosion that comes after a star dies. Sometimes, instead of exploding as a supernova, it could shrink down by collapsing by its own gravity, into an infini...")
*The young stage - It starts to exist, and most of the time, it is gaining mass.
*The young stage - It starts to exist, and most of the time, it is gaining mass.
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*The 2nd stage - It is the same stage as our Sun, in which a typical star stays the same size for billions of years, just like ours.
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*The 2nd stage - It is the same stage as our [[File:Fake supernova.jpg|thumb|220x220px|A deviantart illustration of a supernova.]]Sun, in which a typical star stays the same size for billions of years, just like ours.
*The red giant - This will happen to us in something called the "Runaway Greenhouse Effect", where the star will become much bigger, due to it burning off a lot of different elements.
*The red giant - This will happen to us in something called the "Runaway Greenhouse Effect", where the star will become much bigger, due to it burning off a lot of different elements.
*The supernova - Same as the beginning.
*The supernova - Same as the beginning.
Revision as of 17:08, 1 April 2016
A supernova is an explosion that comes after a star dies. Sometimes, instead of exploding as a supernova, it could shrink down by collapsing by its own gravity, into an infinitesimally small point known as a singulary.
A star has a few stages in its life.
The young stage - It starts to exist, and most of the time, it is gaining mass.
Sun, in which a typical star stays the same size for billions of years, just like ours.
The red giant - This will happen to us in something called the "Runaway Greenhouse Effect", where the star will become much bigger, due to it burning off a lot of different elements.
