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 a given reaction _ZX^A rightarrow _(Z+1)Y^A rightarrow_(Z-1)K^(A-4) rightarrow _(Z-1)K^(A-4) Radioactive radiations are emitted in the sequence of

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 nuclear decay given below ._Z^A X rarr ._(Z+1).^A Y rarr ._(Z-1)^(A - 4) B^** rarr ._(Z-1)^(A-4) B , the particle emitted in the sequence are

In the nuclear decay given below ._Z^A X rarr ._(Z-1).^A Y rarr ._(Z-1)^(A - 4) B^** rarr ._(Z-1)^(A-1) B , the particle emitted in the sequence are

In the nuclear decay given below: "_Z^AX rarr _(Z+1)^AY rarr _(Z-1)^(A-4)B ** rarr _ (Z-1)^(A-4)B , the particles emitted n the squence are:

Consider the following reaction: ""_(Z)^(A)Xto""_(Z-1)^(" "A)Yto""_(Z-1)^(A-4)Zto""_(Z-1)^(A-4)Z Radioactive radiation emitted in the following sequence:

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