[" In radioactive reaction "],[qquad [AX rarr A_(+1)X_(1)rarr A_(+2)X_(2)rarr A-4],[Z]X_(3)rarr underset Z+1^(A-4)X_(4)],[" Successive emission of particles is "]

In radioactive reaction ._(Z)^(A)Xrarr ._(Z+1)^(A)X_(1)rarr ._(Z+2)^(A)X_(2)rarr ._(Z)^(A-4)X_(3) rarr ._(Z+1)^(A-4)X_(4) Successive emission of particles is

In the radioacitve decay ._(Z)X^(A) rarr ._(z + 1)Y^(A) rarr ._(z - 1)^(A - 4) rarr ._(z - 1)Z^(*A - 4) The sequence of emission is a. alpha, beta, gamma b. gamma, alpha, beta c. beta, alpha, gamma c. beta, gamma, alpha

In the radioacitve decay ._(Z)X^(A) rarr ._(z + 1)Y^(A) rarr ._(z - 1)^(A - 4) rarr ._(z - 1)Z^(*A - 4) The sequence of emission is a. alpha, beta, gamma b. gamma, alpha, beta c. beta, alpha, gamma c. beta, gamma, alpha

In the folloiwng nuclear reaction _ZX_I^A rarr _(Z+1)X _2^A rarr ((Z-1) X_3^(A-4) rarr ((z-1)X_3^(A-4) the radioactive reactions are emitted in sequence

In the given reaction ._z X^A rarr ._(z+1)Y^A rarr ._(z-1) K^(A - 4) rarr ._(z-1) K^(A - 4) Radioactive radiations are emitted in the sequence.

In the given reaction ._z X^A rarr ._(z+1)Y^A rarr ._(z-1) K^(A - 4) rarr ._(z-1) K^(A - 4) Radioactive radiations are emitted in the sequence.

In the radioactive decay {:(._(z)X^(A) rarr _(Z+1)Y^(A)rarr_(Z-1)Z^(A-4) rarr_(Z-1)Z^(A-4)),(" high energy" " low energy"):} the sequence of the radiation emitted is :