1. In the nuclear decay given below: 4X→ -- YA-4B* →_4B, the particles emitted in the sequence are 1) Y, B, a & Bya 3) a, b, y 4) B, a, y

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:

In a nuclear decay ""_(Z)X^(A) to ""_(z-1)M^(A-4) to ""_(z-2)N^(A-4) the particles emitted are 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 : underset( Z) overset(A ) (. ) X to underset( Z+1) overset( A ) (. ) Y to underset( z-1) overset( A-4)(. ) B ^(***) to underset( z-1) overset( A-4) (.) B The particles emitted in the sequence are :

IF the lines y=-4x+b are tangents to the curve y=1/x , then b=

IF the lines y=-4x+b are tangents to the curve y=1/x , then b=

Factorise the using the identity a ^(2) -b ^(2) = (a +b) (a-b). (x + y) ^(4) - (x - y)^(4)