Electricity and Magnetism - Spring 2014

Video

• Introduction
• Vectors
• Vector Operators
• Curvilinear Coordiates
• Integral Theorems
• Delta Functions
• Helmholtz Theorem
• Maxwell's Equations
• Electrostatics
• Coulomb's Law
• Gauss' Law
• Solution to E.1.1
• Conductors
• Force and Pressure
• Electrostatic Boundary Conditions
• Electrostatic Energy
• Solution E.2.3
• Capacitance
• Test 1 Review
• Practice Test 1
• Boundary Value Problems
• Laplace's Equation 2D Cartesian
• Laplace's Equation 3D Cartesian
• Laplace's Equation Spherical Coordinates - Radial Symmetry
• Laplace's Equation Spherical Coordinates - Azimuthal Symmetry
• Laplace's Equation Spherical Coordinates - Full Solution
• Laplace's Equation Spherical Coordinates - Trivial Solutions
• Laplace's Equation Spherical Coordinates - Vector Method
• Laplace's Equation Cylindrical Coordinates
• Method of Images
• Method of Images - Spherical
• Multipole Expansion
• Dipole Mechanics
• Polarization
• Displacement Field
• Method of Images with Dielectrics
• Boundary Value Problems with Dielectrics
• Capacitance with Dielectrics
• Capacitance with Dielectrics Part II
• Current
• Biot-Savart Law
• Magnetic Force
• Electrodynamics
• Electrodynamics Part II
• Test 2 Review - Spring 2013
• Maxwell for Magnetism
• Ampere's Law
• Vector Potential
• Vector Potential 2
• Quantum Mechanics
• Differential Vector Potential
• Magnetic Dipole Expansion
• Magnetization Density
• Magnetic Torque
• The H Field
• Linear Magnetic Materials
• Magnetic Circuits
• Ferromagnetism
• Conduction
• Electromotive Force Part I
• Electromotive Force Part II
• Electromotive Force Part III
• Inductance
• Magnetic Energy
• Ampere's Law for Electrodynamics
• Maxwell's Questions Completed
• Test 3 Review
• Practice Test 3 Solution
• Review for Final Exam - Chapter 7
• Review for Final Exam - Chapters 1-6
• Additional Topics not covered in Spring 2014
• Conservation Laws - Part I
• Conservation Laws - Part II
• Conservation of Momentum
• Electromagnetic Waves