select all the correct answers. researchers are studying possible ways to use the process of nuclear fusion…

select all the correct answers. researchers are studying possible ways to use the process of nuclear fusion to generate electricity. in what ways would fusion be better than fission for use in power plants? the fuel used for fusion is abundant in nature and easy to obtain. fusion occurs at ordinary temperatures and pressures. the fusion process doesnt require an energy input. fusion has fewer safety risks than fission. fusion doesnt produce radioactive waste products.

select all the correct answers. researchers are studying possible ways to use the process of nuclear fusion to generate electricity. in what ways would fusion be better than fission for use in power plants? the fuel used for fusion is abundant in nature and easy to obtain. fusion occurs at ordinary temperatures and pressures. the fusion process doesnt require an energy input. fusion has fewer safety risks than fission. fusion doesnt produce radioactive waste products.

Answer

Brief Explanations:

  1. The main fuel for fusion is hydrogen - isotopes like deuterium which is abundant in seawater, making it easy to obtain.
  2. Fusion requires extremely high temperatures and pressures, not ordinary ones.
  3. Fusion does require a large initial energy input to overcome the electrostatic repulsion between nuclei.
  4. Fusion has fewer safety risks as there is no risk of a runaway chain - reaction like in fission.
  5. Fusion reactions do not produce long - lived radioactive waste products like fission does.

Answer:

The fuel used for fusion is abundant in nature and easy to obtain. Fusion has fewer safety risks than fission. Fusion doesn't produce radioactive waste products.