Q.
Nuclear reactions are given as
(i)
$(n,p)_{15}p^{32}$ (ii)
$(p,\alpha)_{8}O^{16}$ (iii) $\ _{7}N^{14}$ (iv) $\ _{6}C^{14}$
Missing particle or nuclide (in box
) in these reactions are respectively
A) $S^{32},F^{19},\ _{0}n^{1}$
B) $F^{19},S^{32},\ _{0}n^{1}$
C) ${Be}^{9},F^{19},\ _{0}n^{1}$
D) None of these
Explanation
(a) (i) $\ _{16}S^{32} +_{0}n^{1} \rightarrow_{15}p^{32} +_{1}H^{1}$
(ii) $\ _{9}F^{19} +_{1}H^{1} \rightarrow_{2}He^{4} +_{8}O^{16}$
(iii) $\ _{7}N^{14} +_{0}n^{1} \rightarrow_{6}C^{14} +_{1}H^{1}$
Reviewed by Dr. Abubacker
Physics Educator & NEET/JEE Specialist
Ph.D. in Physics with 19+ years of teaching experience.