Electricity and Magnetism - Spring 2014

Dr. John Stewart

PHYS 3414

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  • Week 1 - Mathematics Review
    • Introduction
    • Vectors
    • Vectors Operators
    • Curvilinear Coordinates
    • Integral Theorems
  • Week 2 - Electrostatics Part I
    • Delta Functions
    • Helmholtz Theorem
    • Maxwell's Equations
    • Electrostatics
    • Coulomb's Law
  • Week 3 - Electrostatics Part II
    • Gauss' Law
    • Solution Hwk E.1.1
    • Conductors
    • Force and Pressure
    • Electrostatic Boundary Conditions
    • Electrostatic Energy
  • Week 4 -Electrostatics Part III
    • Solution to Problem E.2.3 Mathematica Code to do Integration
    • Capacitance
    • Boundary Value Problems
  • Week 5 - Boundary Value Problems
    • Laplace's Equation (Cartesian)
    • Laplace's Equation (Spherical)
    • Laplace's Equation (Spherical) Vector Method
    • Laplace's Equation (Cylinder)
  • Week 6 - Method of Images
    • Method of Images
    • Method of Images (Spherical)
  • Week 7 - Multipole Expansion and Electric Fields in Materials
    • Multipole Expansion
    • Dipole Mechanics
    • Polarization
    • Displacement
    • Image Charges with Dielectrics
  • Week 8 - Magnetostatics
    • Boundary Value Problems with Dielectrics
    • Capacitance with Dielectrics
    • Current
    • Biot-Savart Law
  • Week 9 - Magnetic Force
    • Magnetic Force
    • Particles in Magnetic Fields
    • Maxwell's Equations for Magnetostatics
  • Week 10 - Vector Potential
    • Displacement Field Review
    • Ampere's Law
    • Vector Potential
  • Week 11 - Magnetic Materials
    • Quantum Mechanics
    • Differential Vector Potential
    • Magnetic Multipole Expansion
    • Magnetization Density
    • Torque on Dipoles
    • H Field
    • Linear Magnetic Materials
    • Magnetic Circuits
    • Ferromagnetism
  • Week 12 - Faraday's Law
    • Conduction
    • Electromotive Force I
    • Electromotive Force II
    • Electromotive Force III
    • Inductance
  • Week 13 - Electrodynamics
    • Magnetic Energy
    • Ampere's Law for Electrodynamics
    • Maxwell's Equations Completed
  • Week 14 - Conservation Laws
    • Conservation of Energy
    • Test 3 Review
    • Conservation of Momentum
    • Conservation of Angular Momentum
  • Week 15 - Intro to EM Waves and Review
    • Introduction to Electromagnetic Waves
    • Chapter 7 Review
    • Chapter 1-6 Review
  • Extra - EM Waves
    • Electromagnetic Waves I
    • Complex Numbers
    • Phase
    • Wave Equation
    • Electromagnetic Waves II
    • Waves and Energy
  • Extra - EM Waves in Matter
    • Waves in Linear Media
    • Waves in Conductors
    • Reflection at Conducting Surfaces
    • Attenuation
    • Wave Guides