Question

Nuclear fission is used to create energy to make electricity in a nuclear power plant.

A. true
B. false

Answer 1

Nuclear fission is indeed used to create energy to make electricity in a nuclear power plant.

Step-by-step explanation:

True

Nuclear fission is indeed used to create energy to make electricity in a nuclear power plant. In a nuclear power plant, the process of nuclear fission is utilized to split the nucleus of an atom, typically uranium-235 or plutonium-239. This split releases a large amount of energy in the form of heat, which is then used to generate steam. The steam drives a turbine, which in turn generates electricity.

Answer 2

TRUE

Explanation

Nuclear fission is the process that provides energy to generate electricity in nuclear power plants.

Nuclear fission involves the radioactive decay of a heavy nucleus spontaneously. Such a nucleus a disintegrates into lighter nuclei and several neutrons. This reaction is a nuclear reaction and it is accompanied with a large release of energy. Each of the neurons produced further reacts with new nucleus to give newer atoms. This drives a series of chain reactions. With each reaction comes the release of large amount of energy.

The energy that results from a nuclear reaction far exceeds those derieved from chemical ones. The spontaneous decay of a nucleus helps produce energy.

The most commonly used fuel for most reactors is uranium. Uranium occurs naturally and can easily by mined.

The energy produced is channelled to drive a turbine system. Water becomes heated to steam, the steam helps to do work by turning turbines connected and designed into a magnetic field. Electricity is therefore induced by this process.

Nuclear fusion on the other hand involves the combination of small atomic nuclei to form larger ones. This process releases huge amount of energy. The energy that accompanies a fusion reaction far exceeds those of a fission reaction. Nuclear fusion is the process at work in the sun, the only star in our solar system.