Physics II
This course explores classical electromagnetism, tracking the physical principles that govern electric charges, magnetic fields, and wave dynamics. Students analyze static charge distributions, steady electrical currents, dynamic magnetic induction, and the propagation of electromagnetic radiation. By synthesizing these core concepts, the curriculum builds a foundation for understanding classical field theory and modern wave optics.
Chapters
Electrostatic
This module covers stationary electric charges, field potentials, and flux distributions across conductors and capacitors. It establishes the foundational vector operations required to calculate electrostatic forces, charge densities, and dipole interactions.
Magnetostatic & Currents
This module investigates steady electrical currents, charge carrier drift velocity, and the resulting static magnetic fields. It further examines dynamic phenomena including Lorentz forces, particle trajectories, magnetic induction, and displacement currents in coils and inductors.
Waves
This module bridges dynamic electromagnetic fields with wave propagation, highlighting Poynting energy vectors and field polarization states. It details how accelerating charges generate light sources and governed electromagnetic waves across space.