Which of the following is a fusion reaction?

  • A
    $_1H^2 + _1H^2 \to _2He^4$
  • B
    $_0n^1 + _7N^{14} \to _6C^{14} + _1H^1$
  • C
    $_0n^1 + _{92}U^{238} \to _{93}Np^{239} + \beta^{-1} + \gamma$
  • D
    $_1H^3 \to _2He^3 + \beta^{-1} + \gamma$

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In a fast breeder atomic reactor,.......

Find the value of $x$ and $y$ in the following nuclear reaction:
${}_{92}^{235} U + {}_{0}^{1} n \rightarrow {}_{x}^{133} Sb + {}_{41}^{y} Nb + 4 {}_{0}^{1} n$

Statement $1$: Energy is released when a heavy nucleus undergoes fission and when light nuclei undergo fusion.
Statement $2$: For heavy nuclei,the binding energy per nucleon decreases as $Z$ increases. For light nuclei,the binding energy per nucleon increases as $Z$ increases.

Which of the following is a nuclear fusion reaction?

During the fission of $_{92}U^{235}$,$0.1\%$ of its mass is converted into energy. How much energy is produced from $1 \, kg$ of $_{92}U^{235}$?

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