A radioactive nucleus can decay in two different processes with half life 0.7 hr and 0.3 hr .
The

A radioactive nucleus can decay by two different processes. The half lives of the first and second decay processes are 5 xx 10^(3) and 10^(5) years respectively, Then, the effective half-life of the nucleus is,

A radioactive nucleus can decay by two different processes. The half lives of the first and second decay processes are 5 xx 10^(3) and 10^(5) years respectively. Then the effective half -life of the nucleus is

A radioactive nucleus can decay by two different processes. The half life for the first process is 2 t and that for the second process is t . The effective disintergration constant of nucleus is

A radioactive nucleus can decay by two different processes . The half life for the first process is t_1 and that for the second process is t_2 . If effective half life is t, then

A radioactive nucleus can decay by two different processes. The half-life for the first process is t_1 and that for the second process is t_2 . Show that the effective half-life t of the nucleus is given by 1/t = 1/t_1 + 1/t_2 .

A radioactive nucleus can decay by two different processes. The half-life for the first process is t_1 and that for the second process is t_2 . Show that the effective half-life t of the nucleus is given by 1/t = 1/t_1 + 1/t_2 .

A radioactive nucleus can decay by two different processes. The half-life for the first process is t_1 and that for the second process is t_2 . Show that the effective half-life t of the nucleus is given by 1/t = 1/t_1 + 1/t_2 .

A radioactive nucleus decays by two different processes. The half life for the first process is 10 s and that for the second is 100 s. The effective half life of the nucleus is close to :

A radioactive nucleus can decay by three different processes. Half life for first process is 2 hours . Effective half life of the necleus is 4/3 hours. Find the half for second process in hours.