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The process, ""(1)H^(2) +""(1)H^(3) to "...

The process, `""_(1)H^(2) +""_(1)H^(3) to ""_(2)He^(4) +""_(0)n^(1)` represents the types of reaction known as

A

Nuclear fission

B

Nuclear fusion

C

Artifical disintegration

D

Transmutation of element

Text Solution

Verified by Experts

The correct Answer is:
B
In hydrogen bomb, the following reaction occurs,
`._(1)H^(2) + ._(1)H^(3) rarr ._(2)He^(4) + ._(0)^(1) n +` energy
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ERRORLESS -NUCLEAR CHEMISTRY -Ordinary Thinking (Artificial transmutation )
  1. The velocity of neutrons in nuclear is slowed down by

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  2. Hydrogen bomb is based on the principle of

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  3. The process, ""(1)H^(2) +""(1)H^(3) to ""(2)He^(4) +""(0)n^(1) represe...

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  4. The huge amount of energy which is released during atomic fission is d...

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  5. The modern basis of atomic weight is

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  6. Name the reaction which takes place when a slow neutron beam strikes ....

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  7. Fusion bomb involves

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  8. Which of the following is an example of nuclear fission

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  9. If radium and chlorine combine to form radium chloride the compound is

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  10. When a radioactive substances is subjected to a vacuum, the rate of di...

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  11. A possible material for use in nuclear reactors is

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  12. C - 14 is used in carbon dating of dead objects because

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  13. Which is least effective for artificial transmutatio

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  14. A radio isotope will not emit

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  15. In a nuclear reactor, chain reaction is controlled by introducing

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  16. In a chain reaction uranium atom gets fissioned forming two different ...

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  17. Artificial elements have been prepared by bombardment reactions in hig...

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  18. Equation .(17)Cl^(37) + .(1)H^(2) rarr .(18)Ar^(38) + .(0)n^(1) is

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  19. Which of the following is an example of nuclear fusion

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  20. For artificial transmutation of nuclei, the most effective one is

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