A) \[_{7}^{14}N(n,\,\,e)_{1}^{1}H\]
B) \[_{7}^{14}N(p,\,\,n)_{6}^{14}C\]
C) \[_{7}^{14}N(n,\,\,p)_{6}^{14}C\]
D) \[_{6}^{14}C(p,\,\,n)_{7}^{14}N\]
Correct Answer: C
Solution :
\[_{7}^{14}N+_{0}^{1}n\xrightarrow{{}}_{6}^{14}C+_{1}^{1}H\] This reaction can be represented as \[_{7}^{14}N(n,\,\,p)_{6}^{14}C\]
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