Preface - iv
Formula Sheet - v
Math Review - 1
Vectors - 1
Unit Vectors - 1
Vector Operations - 1
Differentiation - 4
Integration - 4
Densities - 5
Chapter 23, Charge and Electric Fields - 6
Charge - 6
Insulators - 7
Conductors - 7
Charging - 7
Polarization - 8
Electric Field - 8
Lines of Force - 9
Point Charge - 9
Particle Motion - 10
Chapter 24, Gauss's Law - 11
Flux - 11
Gauss's Law - 11
A Charged Conductor - 12
Spherical Symmetry - 12
Cylindrical Symmetry - 13
Planar Symmetry - 13
Chapter 25, Electric Potential (Voltage) - 14
Electric Potential, or Voltage - 14
Equipotential Surfaces - 14
Potential Energy - 15
Conductors - 15
Ground - 16
Particle Motion - 16
Maxwell's Equations - 17
Chapter 26, Capacitance - 18
Capacitance - 18
Dielectrics - 18
Capacitor Geometries - 19
Series and Parallel - 19
Capacitive Energy - 20
Electric Energy Density - 20
Chapter 27, Current and Resistance - 21
Current - 21
Current Density - 21
Power - 22
AC and DC - 22
Resistivity and Conductivity - 22
Resistance and Ohm's law - 23
Plumbing Analogy - 24
Chapter 28, Electromotive Force and Circuits - 25
Electromotive Force - 25
Circuit Rules - 25
Voltage Differences - 26
Series and Parallel - 26
Batteries - 26
Measuring Instruments - 27
Grounding a Circuit - 27
RC Circuit - 27
Chapter 29, What Magnetic Fields Do - 29
Magnetic Field - 29
Particle Motion - 30
Magnetic Forces on Currents - 30
Torque on Current Loops and Magnetic Dipoles - 30
Hall Effect - 32
Chapter 30, How Magnetic Fields are Produced - 33
Ampere's Law - 33
Gauss's Law for Magnetic Fields - 33
Biot-Savart Law - 34
Forces Between Currents - 35
Displacement Current - 36
The Ether - 37
Maxwell's Equations - 38
Magnets - 38
Magnetic Intensity and Permeability - 38
Atoms as Magnets - 39
Ferromagnetism - 39
Paramagnetism - 40
Chapter 31, Faraday's Law - 42
Induced Currents - 42
Lenz's Law - 42
Many-Turn Loops - 43
Motional Emf - 43
Induced Electric Fields - 43
Maxwell's Equations - 44
Chapter 32, Inductance and Circuit Oscillations - 45
Inductance - 45
Induced Emf - 46
Loop Theorem Rule - 46
Series and Parallel - 46
Inductive Energy - 47
Magnetic Energy Density - 47
LR Circuit - 47
Plumbing Analogy - 48
LC Oscillations - 48
Plumbing Analogy - 49
Damped Oscillations - 49
Chapter 33, Alternating Currents - 51
Forced Oscillations - 51
Resistor Circuit - 51
Capacitor Circuit - 52
Inductor Circuit - 52
Series RLC Circuit - 53
Power - 54
The Transformer - 55
Chapters 16-18, Waves - 56
Traveling Waves - 56
Sinusoidal Waves - 56
Wave Speed - 56
Transverse and Longitudinal - 57
Standing Waves - 57
Chapter 34, Maxwell's Equations and Electromagnetic Waves - 58
Maxwell's Equations - 58
Electromagnetic Waves - 58
Energy and Power - 60
Radiation Pressure - 60
Index - 63