A radioactive decay chain starts from `._93 Np^237` and produces `._90 Th^229` by successive emissions. The emitted particles can be

A radioactive decay can form as isotope of the original nucleus with the emission of particles

A radioactive decay can form an isotope of the original nucleus with the emission of particles

A radioactive decay can form an isotope of the original nucleus with the emission of particles

In a radioactive decay chain, the initial nucleus is overset(232)(90).^(Th) . At the end there are 6 alpha -particles and 4 beta -particles which are emitted. If the end nucleus is overset(A)(Z).^(X),A and Z are given by :

In a radioactive decay chain, the initial nucleus is overset(232)(90).^(Th) . At the end there are 6 alpha -particles and 4 beta -particles which are emitted. If the end nucleus is overset(A)(Z).^(X),A and Z are given by :

A certain radioactive material ._(Z)^(A)X starts emitting alpha and beta particles successively such that the end product is ._(Z - 3)^(A - 8)Y , The number of alpha and beta particles emitted are: