Which one of the following nuclear transformations is of the $(n, p)$ type?
- A$_{33}As^{75} + _{2}He^{4} \rightarrow _{35}Br^{78} + _{0}n^{1}$
- B$_{83}Bi^{209} + _{1}H^{2} \rightarrow _{84}Po^{210} + _{0}n^{1}$
- C$_{3}Li^{7} + _{1}H^{1} \rightarrow _{4}Be^{7} + _{0}n^{1}$
- D$_{21}Sc^{45} + _{0}n^{1} \rightarrow _{20}Ca^{45} + _{1}H^{1}$
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If $_{92}U^{235}$ nucleus absorbs a neutron and disintegrates into $_{54}Xe^{139}$,$_{38}Sr^{94}$ and $X$,then what will be the product $X$?
Medium
View SolutionWhich of the following is an $(n, p)$ reaction?
Medium
View SolutionWhat is $X$ in the following reaction?
${}_{12}Mg^{26} + {}_{1}H^{2} \longrightarrow {}_{12}Mg^{27} + X$
${}_{12}Mg^{26} + {}_{1}H^{2} \longrightarrow {}_{12}Mg^{27} + X$
$_{98}Cf^{246}$ was formed along with a neutron when an unknown radioactive substance was bombarded with $_{6}C^{12}$. The unknown substance was:
$_{5}B^{10} + _{2}He^{4} \rightarrow X + _{0}n^{1}$
In the above nuclear reaction '$X$' will be
In the above nuclear reaction '$X$' will be
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