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3 3 Separation of Variables

Introduction Introduction to Electrodynamics

Learning Physics

4 Fields of Physics

The 4 Basic Forces

Scalars and Vectors

Vector Addition

Dot and Cross Products old

1 1 2 Vector Algebra Component Form

1 1 3 Triple Products

1 1 4 How Vectors Transform

1 5 1 The Divergence of r hat r 2

1 5 2 The One Dimensional Dirac Delta Function

Example 1 11

1 5 3 The Three Dimensional Diract Delta Function

1 6 1 The Helmholtz Theorem

1 6 2 Scalar and Vector Potentials

2 1 1 Introduction to Electrostatics

2 1 2 Coulomb s Law

2 1 3 The Electric Field

2 1 4 Continuous Charge Distributions

2 2 1 Field Lines and Gauss s Law 1

2 2 1 Field Lines and Gauss s Law 2

2 2 1 Field Lines and Gauss s Law 3

2 2 2 The Divergence of E

2 2 3 Applications of Gauss s Law 1

2 2 3 Applications of Gauss s Law 2

2 2 3 Applications of Gauss s Law 3

2 2 3 Applications of Gauss s Law 4

2 2 3 Applications of Gauss s Law 5

2 2 4 The Curl of E

2 3 1 Introduction to Potential

2 3 2 Comments on the Potential

2 3 2 Example 6

2 3 3 Poisson s Equation and Laplace s Equation

2 3 4 The Potential of a Localized Charge Distribution

2 3 4 Example 7

2 3 5a Summary

2 3 5b Electrostatic Boundary Conditions

2 4 1 The Work Done in Moving a Charge

2 4 2 The Energy of a Point Charge Distribution

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