Want this question answered?
no
Only at the core, where the temperatures and pressures are high enough.
By nuclear fusion of hydrogen nuclei into helium nuclei, in the core.
It would become an atom of a different element. This can only happen during radioactive decay, nuclear fusion, or nuclear fission.
Nuclear fusion, converting hydrogen nuclei into helium nuclei.
Usually through nuclear reactions, but it is also the result of antimatter-matter reactions. In fission a small percentage of mass is converted to energy, more is converted in fusion. In antimatter-matter reactions all the mass reacted is consumed.I think this person was asking how the equation ITSELF came into being. I'm not totally sure, but I know that Einstein, the person that came up with this theory, the theory of relativity, imagined himself riding a beam of light, and tried to imagine what that would be like. That is the primer of the idea that sparked the equation.
There is no use made except in nuclear weapons. Attempts to make fusion happen on earth in a controlled way for power production have not succeeded yet.
The energy used to allow nuclear fusion to happen would be transferred to the surroundings through the metal container because it is a conductor therefore the plasma would cool down and the reaction wouldn't be able to carry on.
nothing would happen, the sun is constantly going through nuclear reactions
In a nuclear fission reactor it is formed by the splitting of nuclei (U-235 or Pu-239) into two smaller parts. This happens within the fuel rods which make up the fuel assemblies. In the stars it is formed by nuclear fusion, which is quite different and does not happen on Earth.
Nonrenewable, eventually the oceans will run out of extractable deuterium. But thatt probably won't happen for a few million years.
Nuclear fusion occurs naturally in the hearts of stars. To a lesser extent, it can happen in very massive planets (more than, say, 13 times the mass of Jupiter), where temperatures and pressures in the core are sufficient to cause hydrogen and deuterium to fuse.