Electromagnetism: LC Circuits and Kirchhoff's Rules

This lecture covers the principles of electromagnetism, focusing on LC circuits and Kirchhoff's rules. It explains how inductors and capacitors store energy, the behavior of LC oscillators, and the concept of resistance in circuits. The lecture also delves into Kirchhoff's rules for electrical circuits, analyzing junction and loop rules. It discusses the dynamics of damped oscillations in RLC circuits, driven oscillations with external forces, and the role of batteries as energy sources. Additionally, it explores the resonance phenomenon in driven oscillations and the use of filters in signal processing.