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प्रश्न
State two difference between the process of nuclear fission and fusion.
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उत्तर
| Nuclear Fission | Nuclear Fusion | |
| i. | Reactions can take place at room temperature and standard atmospheric pressure. | Extremely high pressure and temperature (≈ 107 K) are required for this reaction to occur. |
| ii. | Nearly 190 MeV of energy is emitted in a single fission process. | Nearly 24.7 MeV of energy is emitted in a single fusion process. |
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संबंधित प्रश्न
What other name is given to nuclear fusion? Give reason.
Why is a very high temperature required for the process of nuclear fusion? State the approximate temperature required.
Complete the following fusion reaction:
\[\ce {^2_1H + ^2_1H -> ^\underline{}_2He + ^1_\underline{}n + energy}\]
State one similarity in the process of nuclear fission or fusion.
Elements having atomic number greater than 83 can undergo nuclear fusion.
Use the analogy to fill in the blank.
Nuclear Fusion: Extreme temperature, Nuclear Fission: ___________
Use the analogy to fill in the blank.
Nuclear Fusion : Extreme temperature, Nuclear Fission : ______.
Use the analogy to fill in the blank.
Nuclear Fusion : Extreme temperature, Nuclear Fission : ______
What is nuclear fusion?
Give one example of nuclear fusion.
