Lectures

  • Lecture #1  [PDF] Introduction. Coulomb's law, superposition. Energy of charge distributions.
  • Lecture #2  [PDF] Electric field, electric flux, Gauss's law.
  • Lecture #3  [PDF] Energy density of the field. Electric potential. Gradient. Gauss's law revisited; divergence.
  • Lecture #4  [PDF] Divergence, Poisson & Laplace equations. Curl. Introduction to conductors.
  • Lecture #5  [PDF] Uniqueness theorem. Fields and potentials around conductors. Capacitance.
  • Lecture #6  [PDF ] More on capacitance
  • Lecture #7  [PDF ] Currents and Ohm’s law 
  • Lecture #8  [PDF] Kirchoff’s Rules
  • Lecture #9  [PDF] RC circuits and Thevenin’s theorem  
  • Lecture #10  [PDF] Magnetic field and force; Ampere’s law
  • Lecture #11 [PDF] Intro to Special Relativity – Part 1 
  • Lecture #12  [PDF Draft] Intro to Special Relativity – Part 2
  • Lecture #13  [PDF Draft] Ampere's law revisited. Vector potential, Biot-Savart law.
  • Lecture #14  [PDF Draft] Faraday's law, Lenz's Law.
  • Lecture #15  [PDF Draft] Mutual and self inductance. Magnetic field energy.
  • Lecture #16  [PDF Draft] RL circuits. Undriven RLC circuits; phasor representation.
  • Lecture #17  [PDF Draft] Driven AC circuits: phasors, impedance. Power and energy
  • Lecture #18  [PDF Draft] AC circuits (conclusion). Quality factor and resonance.
  • Lecture #19  [PDF Draft] Filters; Displacement current, Maxwell's equations
  • Lecture #20  [PDF Draft] Wave equation. Electromagnetic radiation
  • Lecture #21  [PDF Draft] Radiation continued; polarization. Poynting vector
  • Lecture #22  [PDF Draft] Scattering of light through a medium, transmission lines
  • Lecture #23  [PDF Draft] Magnetic properties of materials
  • Lecture #24  Field trip  
  • 1 Yorum »

    1. Bill McCoy demiş,

      Ocak 14, 2007 @ 8:18

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