Question

In the given reactions, which of the following nuclear fusion reaction is not possible?

• A. ${}_{6}^{13}C +_{1}^{1}H \rightarrow_{6}^{14}C + 4.3MeV$
• B. ${}_{6}^{12}C +_{1}^{1}H \rightarrow_{7}^{13}N + 2MeV$
• C. ${}_{7}^{14}N +_{1}^{1}H \rightarrow_{8}^{15}O + 7.3MeV$
• D. ${}_{92}^{235}C +_{0}^{1}n \rightarrow_{54}^{140}Xe +_{38}^{94}Sr +_{0}^{1}n +_{0}^{1}n +$200 Me V

Answer 1

Answer: (A)

${}_{6}^{13}C +_{1}^{1}H \rightarrow_{6}^{14}C + 4.3MeV$

Answer 2

: During nuclear fusion, two or more light nuclei combine from a heavier nucleus. As $6C^{14}$is radioactive, so (1) is not possible