The half life of `.^(215)At` is `100mu s`. The time taken for the radioacticity of `.^(215)At` to decay to `1//16^(th)` of its initial value is:

The half - life of ^(215) At is 100 mu , s. The time taken for the radioactivity of a sample of ^(215) At to decay to 1//16^(th) of its initially value is

The half - life of ^(215) At is 100 mu , s. The time taken for the radioactivity of a sample of ^(215) At to dacay to 1//16^(th) of its initialy value is

Read the following : (i) The half-life period of a radioactive element X is same as the mean-life time of another radioactive element Y. Initially both of them have the same number of atoms. Then Y will decay at a faster rate the X. (ii) The electron emitted in beta radiation originates from decays of a neutron in a nucleus (iii) The half-life "of"^( 215) At is 100 ms. The time taken for the radioactivity of a sample "of"^( 215) At to decay to 1//16^(th) of its initial value is 400 ms. (iv) The volume (V) and mass (m) of a nucleus are related a V prop m. (v) Given a sample of Radium - 226 having halflife of 4 days. Find the probability, a nucleus disintegrates within 2 half lives is 3/4. Select the correct code for above.

The half-life of ""^(215)At is 100mus . Find the time taken for the radioactivity of a sample of ""^(215) At to decay to 1/(16)th of its initial value:

The half-life of ""^(215)At is 100mus . Find the time taken for the radioactivity of a sample of ""^(215) At to decay to 1/(16)th of its initial value:

The half life of At^(215) is 100 mu The time taken for the radiocatively of sample of At^(215) to decay to (1)/(16) th of its initial value