Lecture 1: Electrical Forces

Lecture 2: The Electric Field

Lecture 3: Electrical Energy

Lecture 4: Capacitance and Capacitors

Lecture 5: Current and Resistance

Lecture 6: Direct Current Circuits

Lecture 7: Magnetic Force and Magnetic Field

Lecture 8: Examples of Magnetic Fields

Lecture 9: Electromagnetic Induction

Lecture 10. Induction Applications

Lecture 11. Electromagnetic Waves

Lecture 12. Light: Reflection and Refraction

Lecture 13. Dispersion and Internal Reflection

Lecture 14. Mirrors

Lecture 15. Refraction, Lenses, Aberrations

Lecture 16. Interference

Lecture 17. Diffraction

Lecture 18. Optical Instruments (PowerPoint part, PDF part)

Lecture 19. Relativity

Lecture 20. Relativistic effects

Lecture 21. Quantum Physics I

Lecture 22. Quantum Physics II

Lecture 23. Models of the Atom

Lecture 24. The Hydrogen Atom

Lecture 25. Quantum Mechanics of Atoms and Atomic Systems

Lecture 26. Atomic Structure and Radioactivity

Lecture 27. Nuclear Reactions

Lecture 28. Nuclear Energy

Lecture 29. Elementary Particles and Quarks

Last updated: 2005 April 26