NEET
- Exam
- NEET
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- Physics
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- Nuclear Physics
NEET · Physics · Nuclear Physics
Match the nuclear processes given in column I with the appropriate...
Match the nuclear processes given in column I with the appropriate option(s) in column II.
| Column I | Column II | ||
| A. | Nuclear fusion | P | Absorption of thermal neutrons by |
| B. | Fission in a nuclear reactor | Q | nucleus |
| C. | -decay | R | Energy production in stars via hydrogen conversion to helium |
| D. | -ray emission | S | Heavy water |
| T | Neutrino emission |
Options
- Aa-q,r,s,t;b-s,t;c-r;d-q,r,s,t;
- Ba-t;b-s;c-q;d-q,r,s,t;
- Ca-r,t;b-p,s;c-q,t;d-r;
- Da-q,r,s,t;b-r;c-s;d-t;
Correct answer
C. a-r,t;b-p,s;c-q,t;d-r;
Step-by-step solution
Nuclear fusion : In stars energy is produced by hydrogen into helium.
Fission in a nuclear reactor : In nuclear reactor fission of takes place by absorption of thermal neutrons. Heavy water is used as a moderator during this reaction.
emits particle to attain stable nucleus. It also emits radians.
-rays are emitted by during fission of , conversion of hydrogen to helium and during decay of after absorption of neutron.
Fission in a nuclear reactor : In nuclear reactor fission of takes place by absorption of thermal neutrons. Heavy water is used as a moderator during this reaction.
emits particle to attain stable nucleus. It also emits radians.
-rays are emitted by during fission of , conversion of hydrogen to helium and during decay of after absorption of neutron.