Question

Write the complete nuclear reactions:
(a) ${}_4^{9}Be{+}_2^{4}He{⟶}_6^{12}C+$______
(b) ${}_1^{3}H{⟶}_2^{3}He+$________
(c) ${}_7^{14}N{+}_2^{4}He{⟶}_8^{17}O+$_______
(d) ${}_{92}^{235}U{+}_0^{1}n{⟶}_{38}^{92}Sr+Xe+3_0^{1}n$
(e) ${}_3^{7}Li{+}_0^{1}n⟶2_2^{4}He+$_______
(f) ${}_{92}^{238}U+$_______${⟶}_{92}^{239}U{⟶}_{93}^{239}Np+$_______
(g) ${}_7^{14}N{+}_0^{1}n⟶$________${+}_1^{3}H$
(h) ${}_3^{7}Li+$_______${⟶}_4^{8}Be+\gamma$-radiations
(i) ${}_1^{2}H+$______${⟶}_2^{4}He{+}_0^{1}n$
(j) ${}_{13}^{27}Al{+}_0^{1}n{⟶}_{11}^{24}Na+$_______
(k) ${}_{13}^{27}Al{+}_2^{4}He⟶$________${+}_1^{1}H$
(l) ${}_{92}^{235}U{+}_0^{1}n⟶$_______${+}_{52}^{137}Te{+}_{40}^{97}Zr$
(m) ${}_{34}^{86}Se⟶$_______$+2_{-1}^{0}e$

Answer 1

(a) ${}_4^{9}Be{+}_2^{4}He{⟶}_6^{12}C{+}_0^{1}n$

(b) ${}_1^{3}H{⟶}_2^{3}He{+}_{-1}^{0}e$

(c) ${}_7^{14}N{+}_2^{4}He{⟶}_8^{17}O{+}_1^{1}H$

(d) ${}_{92}^{235}U{+}_0^{1}n{⟶}_{38}^{92}Sr{+}_{54}^{141}Xe+3_0^{1}n$

(e) ${}_3^{7}Li{+}_0^{1}n⟶2_2^{4}He{+}_{-1}^{0}e$

(f) ${}_{92}^{238}U{+}_0^{1}n{⟶}_{92}^{239}U{⟶}_{93}^{239}Np{+}_{-1}^{0}e$

(g) ${}_7^{14}N{+}_0^{1}n{⟶}_6^{12}C{+}_1^{3}H$

(h) ${}_3^{7}Li{+}_1^{1}H{⟶}_4^{8}Be+\gamma$-radiations

(i) ${}_1^{2}H{+}_1^{3}H{⟶}_2^{4}He{+}_0^{1}n$

(j) ${}_{13}^{27}Al{+}_0^{1}n{⟶}_{11}^{24}Na{+}_2^{4}He$

(k) ${}_{13}^{27}Al{+}_2^{4}He{⟶}_{14}^{30}Si{+}_1^{1}H$

(l) ${}_{92}^{235}U{+}_0^{1}n⟶2_0^{1}n{+}_{52}^{137}Te{+}_{40}^{97}Zr$

(m) ${}_{34}^{86}Se{⟶}_{36}^{86}Kr+2_{-1}^{0}e$