Electric and Magnetic Fields

This course provides an in-depth exploration of electric and magnetic fields, the fundamental forces behind much of modern technology. Through theoretical understanding and practical applications, students will learn about the principles of electric and magnetic interactions, their mathematical representations, and their role in real-world systems. The course is designed to build a strong foundation for advanced studies in physics and engineering.

Course Units:

1. Basics of Electric Fields

   • Coulomb's Law, electric field definitions, field lines, and Gauss's Law.

2. Electric Potential and Energy

   • Electric potential, potential energy, equipotential surfaces, and applications in capacitors and energy storage.

3. Basics of Magnetic Fields

   • Magnetic force, field generation by currents, motion of charges in fields, and visualization of field lines.

4. Magnetic Forces and Fields in Systems

   • Magnetic forces on wires, torque on loops, magnetic dipoles, and magnetism in materials.

5. Interrelation of Electric and Magnetic Fields

   • Moving charges and fields, Maxwell’s equations overview, electromagnetic waves, and modern applications in technology.

This course blends conceptual learning with practical applications, preparing students to tackle challenges in fields like electronics, communication, and renewable energy.