0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

radioactive isotopes are produced in a nuclear physics experiments at constant rate dN/dt = R. An inductor of inductance mH a resistor of resistance $$ \Omega $$ and a battery are connected to form a series circuit . the circuit is switched on at the instant the production of radioactive isotope starts it is found that i?N remains constant in time where i us the current in the circuit at time t and N is the number of active nuclei at time t. find the half-life the isotope

Solution
Verified by Toppr


Was this answer helpful?
1
Similar Questions
Q1
Radioactive isotopes are produced in a nuclear physics experiment at a constant rate dN/dt = R. An inductor of inductance 100 mH, a resistor of resistance 100 Ω and a battery are connected to form a series circuit. The circuit is switched on at the instant the production of radioactive isotope starts. It is found that i/N remains constant in time where i is the current in the circuit at time t and N is the number of active nuclei at time t. Find the half-life of the isotope.
View Solution
Q2
A radioactive isotope is being produced at a constant rate dN/dt = R in an experiment. The isotope has a half-life t1/2. Show that after a time t >> t1/2 the number of active nuclei will become constant. Find the value of this constant.
View Solution
Q3
A radioactive isotope is being produced at a constant rate A. The isotope has a half-life T. Initially, there are no decayed nuclei. After a time t (t>>>T), the number of decayed nuclei becomes constant. The value of this constant is,
View Solution
Q4

A radioactive isotope is being produced at a constant rate A. The isotope has a half life T. Initially, there are no nuclei and after a time, t>>T, the number of nuclei becomes a constant. The value of this constant is:


View Solution
Q5
A radioactive isotope is being produced at a constant rate X. Half-life of the isotope is Y. After some time, the number of radioactive nuclei becomes constant. This constant number is
View Solution