Formula sheets :    all exams

Lecture slides (PowerPoint): without ACTS and with ACTS.

• Without ACTS

  Lecture 01: Coulomb's Law

  Lecture 02: Electric Fields

  Lecture 03: Electric Potential

  Lecture 04: Capacitors

  Lecture 05: Circuits and Ohm’s Law

  Lecture 06: Kirchhoff's Rules

  Lecture 07: RC Circuits

  Lecture 08: Magnetism

  Lecture 09: Currents and Magnetism

  Lecture 10: Faraday's Law

  Lecture 11: Generators and Transformers

  Lecture 12: Inductors and AC Circuits

  Lecture 13: AC Circuit Phasors

  Lecture 14: Resonance & Electromagnetic Waves

  Lecture 15: Electromagnetic Waves and Polarization

  Lecture 16: Introduction to Mirrors

  Lecture 17: Reflection and Refraction of Light

  Lecture 18: Total Internal Reflection, Brewster’s Angle, Dispersion, Lenses

  Lecture 19: Lenses and your Eye

  Lecture 20: Interference

  Lecture 21: Diffraction, Gratings, Resolving Power

  Lecture 22: Blackbody Radiation, Photoelectric Effect, Wave-Particle Duality

  Lecture 23: De Broglie Waves, Uncertainty, and Atoms

  Lecture 24: Bohr vs. Correct Model of Atom

  Lecture 25: Periodic Table, Atomic Structure

  Lecture 26: X-rays

  Lecture 27: Nuclear Binding, Radioactivity

  Lecture 28: Special Relativity

• With ACTS (these files will be posted after the lecture is given):

  Lecture 01: Coulomb's Law

  Lecture 02: Electric Fields

  Lecture 03: Electric Potential

  Lecture 04: Capacitors

  Lecture 05: Circuits and Ohm’s Law

  Lecture 06: Kirchhoff's Rules

  Lecture 07: RC Circuits

  Lecture 08: Magnetism

  Lecture 09: Currents and Magnetism

  Lecture 10: Faraday's Law

  Lecture 11: Generators and Transformers

  Lecture 12: Inductors and AC Circuits

  Lecture 13: AC Circuit Phasors

  Lecture 14: Resonance & Electromagnetic Waves

  Lecture 15: Electromagnetic Waves and Polarization

  Lecture 16: Introduction to Mirrors

  Lecture 17: Reflection and Refraction of Light

  Lecture 18: Total Internal Reflection, Brewster’s Angle, Dispersion, Lenses

  Lecture 19: Lenses and your Eye

  Lecture 20: Interference

  Lecture 21: Diffraction, Gratings, Resolving Power

  Lecture 22: Blackbody Radiation, Photoelectric Effect, Wave-Particle Duality

  Lecture 23: De Broglie Waves, Uncertainty, and Atoms

  Lecture 24: Bohr vs. Correct Model of Atom

  Lecture 25: Periodic Table, Atomic Structure

  Lecture 26: X-rays

  Lecture 27: Nuclear Binding, Radioactivity

  Lecture 28: Special Relativity