How can the energy stored in an inductor be utilised?

Define self-inductance of a coil. Obtain the expression for the energy stored in an inductor L connected across a source of emf.

What is nuclear fission? What are controlled and uncontrolled fission reactions? How can the energy released in such reactions be used for practical purposes?

Derive the expression for energy stored in an inductor of coefficient of self-inductance L carrying current i_(0) .

Derive the expression for energy stored in an inductor of coefficient of self inductance L carrying current i_0 .

Find the energy stored in the capacitor.

The magnetic potential energy stored in a certain inductor is 25 mJ, when the current in the inductor is 60 mA. This inductor is of inductance

Maximum energy is stored in

Two springs P and Q of force constant k_p and k_q ( k_Q=k_P/2 ) are stretched by applying forces of equal magnitude. IF the energy stored in Q is E, then the energy stored in P is

A 40 mu F capacitor in a medical instrument (defibrillator) is charged to 3000 V. The energy stored in this capacitor is delivered to a patient's body through a 2 millisecond pulse. How much power is delivered to the patient?