Controlled and Uncontrolled Nuclear Reaction
Trending Questions
Which of the following options are correct regarding controlling the rate of nuclear reaction?
A smaller size of fuel will have controlled rate of nuclear fission reaction.
Controlling the energy of neutrons affects the rate of nuclear fission reaction.
A larger size of fuel has less probability of a self-sustained chain reaction.
The constituents of the nuclear fuel determine the rate of the chain reaction.
- False
- True
- Nuclear fusion
- Nuclear fission
- Radioactive decay
On an average how many neutrons are emitted in the fission reaction of U-235?
13.4
2.4
40
25
The energy released from nuclear fission is used to -
produce steam.
produce another nuclear fission reaction.
generate electricity.
produce neutrons for the production of radioisotopes.
The energy released from nuclear fission is used to -
produce steam.
produce another nuclear fission reaction.
generate electricity.
produce neutrons for the production of radioisotopes.
Which of the following options are correct regarding controlling the rate of nuclear reaction?
A smaller size of fuel will have controlled rate of nuclear fission reaction.
Controlling the energy of neutrons affects the rate of nuclear fission reaction.
A larger size of fuel has less probability of a self-sustained chain reaction.
The constituents of the nuclear fuel determine the rate of the chain reaction.
On an average how many neutrons are emitted in the fission reaction of U-235?
25
13.4
2.4
40
- False
- True
- Nuclear fusion
- Nuclear fission
- Radioactive decay