Nuclear Power Answers

Nuclear fission and nuclear fusion both require energy to occur. The energy required to cause nuclear fission to occur is significantly less than the energy required to cause nuclear fusion to occur. Nuclear fusion, however, has a significantly higher energy output than nuclear fission, although the energy derived from nuclear fission is much greater than the energy derived from chemical reactions.

The process of mining uranium is no different than the process of mining coal, or other minerals. This process produces waste that can enter bodies of water, destroys habitats, and contributes to pollution. Other aspects of the process of using nuclear energy have potential environmental impacts, but none as great as the actual mining and processing of the uranium ore.

Nuclear energy has some advantages over traditional methods of producing electricity. It has little impact on air quality and is more efficient than traditional methods of producing electricity. It does, however, use a nonrenewable resource, uranium. Uranium must be mined just like coal, which does have detrimental effects on the environment. Nuclear power plants also produce radioactive waste, which leads to difficulties in storage. Also, nuclear power plants use large amounts of water and can contribute to thermal pollution.

The two processes by which nuclear energy is released are nuclear fusion and nuclear fission. Nuclear fusion occurs when two smaller atoms are combined into a larger atom. Nuclear fission occurs when a larger atom is split into two smaller atoms.

The process of nuclear fission produces heat, which is used to generate steam. The steam is then used to turn a turbine. This turbine powers a generator, which changes the energy into electric energy, which can be used to power homes and businesses.