why do nuclear power plants use fission instead of fusion?\nscientists have not yet gotten a fusion reaction…

why do nuclear power plants use fission instead of fusion?\nscientists have not yet gotten a fusion reaction to happen on earth.\nper gram of fuel, fission releases more energy than fusion.\nthe energy from fusion cannot yet be converted to electricity.\nfusion requires conditions that use too much energy to maintain.

why do nuclear power plants use fission instead of fusion?\nscientists have not yet gotten a fusion reaction to happen on earth.\nper gram of fuel, fission releases more energy than fusion.\nthe energy from fusion cannot yet be converted to electricity.\nfusion requires conditions that use too much energy to maintain.

Answer

Brief Explanations:

Fusion requires extremely high - temperature and high - pressure conditions that consume a large amount of energy to maintain, making it currently less practical for power generation compared to fission. Fission reactions can be more easily controlled and sustained in existing nuclear power plant setups. Scientists have achieved fusion reactions on Earth (e.g., in experimental reactors like tokamaks), fusion releases more energy per gram of fuel than fission in theory, and research is ongoing to convert fusion energy to electricity.

Answer:

Fusion requires conditions that use too much energy to maintain.