In the nuclear fusion reaction,1H2+1H3→2He4+0n1The repulsive potential energy between the two fusing nuclei is 7.7×10−14 J. The temperature to which the gas must be heated is nearly(Boltzmen constant K=1.38×10−23 JK−1)

In the nuclear fusion reaction,1H2+1H3→2He4+0n1The repulsive potenti

1.	In the nuclear fusion reaction,1H2+1H3→2He4+0n1The repulsive potential energy between the two fusing nuclei is 7.7×10−14 J. The temperature to which the gas must be heated is nearly(Boltzmen constant K=1.38×10−23 JK−1)
Answer» In the nuclear fusion reaction, $_{1} H^{2} +_{1} H^{3} \to_{2} {He}^{4} +_{0} n^{1}$ The repulsive potential energy between the two fusing nuclei is $7.7 \times 10^{- 14} J$ . The temperature to which the gas must be heated is nearly $(Boltzmen constant K = 1.38 \times 10^{- 23} {JK}^{- 1})$

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In the nuclear fusion reaction,1H2+1H3→2He4+0n1The repulsive potential energy between the two fusing nuclei is 7.7×10−14 J. The temperature to which the gas must be heated is nearly(Boltzmen constant K=1.38×10−23 JK−1)

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