Constant Rate Production OF Nuclei||Successive Decay OF Nuclei A ->B ->C ->

Fusion product of polar nuclei is

A radioactive element A decays with a decay constant lambda . The fraction of nuclei that decayed at any time t , if the initial nucle are N_(0) is given by:

A radioactive nuclei with decay constant 0.5 nuclei/s is being produced at a constant rate of 100 nuclei/s. If at t = 0 there were no nuclei, the time when there are 50 nuclei is

A radioactive nuclei with decay constant 0.5/s is being produced at a constant rate of 100 nuclei/s . If at t = 0 there were no nuclei , the time when there are 50 nuclei is :

In beta -decay, the nuclei emit

The decay constant of a radioactive material represents the fraction of nuclei of a particular isotope that

Radioactive nuclei are being generated at a constant rate by some kind of nuclear reaction. If the decay constant for the radioactive nuclei is lambda , which of the following graphical representation is correct ? (initially, there are no radioactive nuclei present )