The half life of a ratio active source is T. If radio activities of t

1.	The half life of a ratio active source is T. If radio activities of the samples are R1−R2 at time T1 and T2 Respectively, then the number of atoms disintegrated in time (T2−T1) is proportional to
Answer» The half life of a ratio active source is T. If radio activities of the samples are $R_{1} - R_{2}$ at time $T_{1} a n d T_{2}$ Respectively, then the number of atoms disintegrated in time $(T_{2} - T_{1})$ is proportional to

The half life of a ratio active source is T. If radio activities of the samples are R1−R2 at time T1 and T2 Respectively, then the number of atoms disintegrated in time (T2−T1) is proportional to

Answer»

The half life of a ratio active source is T. If radio activities of the samples are $R_{1} - R_{2}$ at time

$T_{1} a n d T_{2}$ Respectively, then the number of atoms disintegrated in time $(T_{2} - T_{1})$ is proportional to