Which statements describe ways that nuclear fission is different than nuclear fusion? Select the two correct answers.(1 point) Responses Nuclear fission is used to produce electricity at nuclear power plants. Nuclear fission is used to produce electricity at nuclear power plants. Nuclear fission involves one large atom splitting into two smaller atoms. Nuclear fission involves one large atom splitting into two smaller atoms. Nuclear fission takes place in the nucleus of an atom. Nuclear fission takes place in the nucleus of an atom. Nuclear fission releases a huge amount of energy.
- Nuclear fission is used to produce electricity at nuclear power plants.
- Nuclear fission involves one large atom splitting into two smaller atoms.
- Nuclear fission releases a huge amount of energy.
Among these statements, only the last two correctly describe ways that nuclear fission is different from nuclear fusion.
The two correct statements that describe ways that nuclear fission is different than nuclear fusion are:
1. Nuclear fission involves one large atom splitting into two smaller atoms.
2. Nuclear fission releases a huge amount of energy.
The two correct statements that describe ways that nuclear fission is different from nuclear fusion are:
1. Nuclear fission involves one large atom splitting into two smaller atoms: In nuclear fission, the nucleus of a heavy atom, such as uranium or plutonium, is split into two smaller nuclei. This process releases a large amount of energy.
2. Nuclear fission is used to produce electricity at nuclear power plants: Nuclear power plants use controlled nuclear fission reactions to generate heat, which then converts water into steam. The steam drives turbine generators, producing electricity.
While the other statements are true, they are applicable to both nuclear fission and nuclear fusion. For example:
- Both nuclear fission and fusion can release a huge amount of energy.
- Both nuclear fission and fusion take place in the nucleus of an atom, specifically involving changes to the atomic nucleus.
However, it is important to note that nuclear fusion involves the process of combining two smaller atomic nuclei into a larger one, which also releases a substantial amount of energy.