The SunHowever, they were stars with more than 30 times the mass of the Sun, peko.HIGH GRAVITY!The gravity of a star this massive is so great that it contracts itself towards the core...NUCLEAR FUSION!However, an equilibrium is maintained due to the explosions caused by nuclear fusion occurring in the core, meaning that the star doesn't crush itself, peko.But a star cannot continue fusing forever - at some point, it will burn all the fuel it has and fusion will cease, peko.When this occurs, the star can no longer fight it's own massive gravitational energy and will rapidly contract...to a single point with an explosion, peko.That's what they call a "supernova", peko. Have you really never heard of it, Kanata-chan?Nope!
However, they were stars with more than 30 times the mass of the Sun, peko.
HIGH GRAVITY!
The gravity of a star this massive is so great that it contracts itself towards the core...
NUCLEAR FUSION!
However, an equilibrium is maintained due to the explosions caused by nuclear fusion occurring in the core, meaning that the star doesn't crush itself, peko.
But a star cannot continue fusing forever - at some point, it will burn all the fuel it has and fusion will cease, peko.
When this occurs, the star can no longer fight it's own massive gravitational energy and will rapidly contract...
to a single point with an explosion, peko.
That's what they call a "supernova", peko. Have you really never heard of it, Kanata-chan?
Comments
Leave a comment