The current in drlf -inducatance `L=40` mH is to be be increased uniformly from 1 A to 11 A is 4 millisecond . The emf induce in inductor during the process is

The current in self -inductance L=40 mH is to be be increased uniformly from 1 A to 11 A is 4 millisecond . The emf induce in inductor during the process is

The current in a self-inductance L = 40 mH is to be increased uniformly from 1 A to 11 A in 4 millisecond. The e.m.f. induced in the inductor during to process is

The current in a self inductance L = 40 mH is to be increased uniformly from 1A to 11A in 4 ms. The e.m.f. induced in inductor during this process is

A current through a coil of self inductance 10 mH increases from 0 to 1 A in 0.1 s. What is the induced emf in the coil?

The current flowing in a coil of self-inductance 0.4 mH is increased by 250mA in 0.1 sec. the e.m.f. induced will be

The current in a coil of self inductance 1 mH changes from zero to 10 Ampere in a time interval of 10 millisecond. Find the emf induced across the coil and the energy stored during that time.