Energy Stored in an Inductor

The video tutorial explains the derivation of the equation for energy stored in the magnetic field of an inductor as charge moves through it. It begins with an introduction to LR circuits and the application of Kerkhoff's loop rule. The discussion then shifts to the power in circuit elements, leading to the derivation of the energy stored in an inductor using integrals. Finally, the video compares energy storage in inductors and capacitors, highlighting the differences in how energy is stored and maintained in these components.

How is power defined in the context of an inductor?

Describe the difference between energy storage in an inductor and a capacitor.

What happens to the magnetic field in an inductor when there is no current passing through it?