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Question
Write nuclear reaction of nuclear fusion.
Solution
\[\ce{\underset{(Deuterium)}{^2_1H}+ \underset{(Deuterium)}{^2_1H}-> \underset{(Helium isotope)}{^3_2He}+ \underset{(Neutron)}{^0_1n}+ 3.3 MeV}\]
\[\ce{\underset{(Helium isotope)}{^3_2He}+ \underset{(Deuterium)}{^2_1H} -> \underset{(Helium)}{^4_2He}+ \underset{(Proton)}{^1_1H} + 18.3 MeV}\]
RELATED QUESTIONS
Why is a very high temperature required for the process of nuclear fusion? State the approximate temperature required.
Complete the following fusion reaction:
\[\ce {^3_2He + ^2_1H -> ^\underline{}_2He + ^\underline{}_1H + energy}\]
Give two examples of nuclear fusion.
Elements having atomic number greater than 83 can undergo nuclear fusion.
Match: IV
| a. | Uncontrolled fission reaction | Hydrogen Bomb |
| b. | Fertile material | Nuclear Reactor |
| c. | Controlled fission reaction | Breeder reactor |
| d. | Fusion reaction | Atom bomb |
Use the analogy to fill in the blank.
Nuclear Fusion : Extreme temperature, Nuclear Fission : _______
Which of the following are suitable for the fusion process?
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?
