It is proposed to use the nuclear fusion reaction 1H2+ 1H2→ 2He4 in a nuclear reactor of 200 MW rating. If 25% of energy from the above reaction is used in the reactor. It is found that nearly 12x grams of deuterium will be needed per day. The value of x is (integer only)[Take, mass of 1H2=2.0141 amu,mass of 2He4=4.0026 amu,1amu c2=931.5 MeV]

It is proposed to use the nuclear fusion reaction 1H2+ 1H2→ 2He4 in

1.	It is proposed to use the nuclear fusion reaction 1H2+ 1H2→ 2He4 in a nuclear reactor of 200 MW rating. If 25% of energy from the above reaction is used in the reactor. It is found that nearly 12x grams of deuterium will be needed per day. The value of x is (integer only)[Take, mass of 1H2=2.0141 amu,mass of 2He4=4.0026 amu,1amu c2=931.5 MeV]
Answer» It is proposed to use the nuclear fusion reaction $_{1} H^{2} +_{1} H^{2} \to_{2} {He}^{4}$ in a nuclear reactor of $200 MW$ rating. If $25 %$ of energy from the above reaction is used in the reactor. It is found that nearly $12 x$ grams of deuterium will be needed per day. The value of $x$ is (integer only) $[Take, mass of_{1} H^{2} = 2.0141 amu, mass of_{2} {He}^{4} = 4.0026 amu, 1 amu c^{2} = 931.5 MeV]$

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