Today, nuclear power plants rely on fission. While fusion reactions have been used in nuclear bombs, many scientists and engineers hope that in the future we can use fusion to produce energy. What are some possible advantages of fusion energy over fission energy?

When the two nuclei merge to form a single nucleus is called fusion and the splitting of the nucleus to form two nuclei is called fission. Fusion can create more energy.

What is the difference between Nuclear fusion and fission?

Nuclear fusion and fission are the nuclear reactions that yield energy as the end product. They are different as fusion is the combination of two nuclei and fission is the splitting of the two nuclei.

Fission involves the decay of radioactive substances and formation of the energy. It is used for the formation of nuclear power plants and fusion is involved in the production of the bombs.

Fusion is the more powerful reaction that occurs in the sun and can yield more energy as compared to fission reactions. It is more advantageous as the radioactive substances are not formed at the end of the reaction.

Therefore, fusion is more powerful than fission.

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