Stellar Nebula's are clouds of dust, hydrogen, helium gas, and plasma.
Red Super Giant's Life Cycle
Gruhn 6th Period
soon after the Stellar Nebula, grvity starts to take action and pulls the gases from the Stellar Nebula in.
Red Super Giant's Life Cycle
The gas and dust has now all gathered in the center of the proto-star creating a large star.
Red Super Giant's Life Cycle
Hydrogen is the outermost element in this star. Once it gets hot enough, hydrogen starts fusing together becoming heavier.
Red Super Giant's Life Cycle
A supernova is the death of a red super-giant. Now that heat can no longer beat the gravity of the star, the star will suck into a tiny space creating so much energy.
Red Super Giant's Life Cycle
After a Supernova, the process can go two ways. It can either go into a black hole or into a neutron star, which is the end of the Red Supergiant's Life cycle.