ABSTRACT

The final volume in a three-part series, Electricity and Magnetism provides a detailed exposition of classical electric and magnetic fields and analyses of linear electric circuits. The book applies the principles of classical mechanics to systematically reveal the laws governing observed electric and magnetic phenomena. The text culminates in Maxw

chapter |42 pages

I Electricity and Magnetism

chapter 6|24 pages

More Gauss’s Law

chapter 10|74 pages

Rife with Potential

chapter |14 pages

DC Circuits Me´lange

chapter 23|4 pages

More RC Circuits and Segue to Magnetism

Segue

chapter 24|18 pages

The Lorentz Force

chapter 27|6 pages

Back to Moving Charged Particles

chapter 28|30 pages

The Hall Effect

chapter 32|34 pages

The General Form of Ampe`re’s Law

chapter 38|12 pages

RL Circuits

chapter 40|4 pages

LC Circuits

chapter 41|8 pages

RCL Circuits

chapter 42|16 pages

AC Circuits

chapter 44|12 pages

RCL AC Circuits

chapter 46|18 pages

The Pinnacle: Maxwell’s Equations

chapter |14 pages

The Poynting Vector

chapter |4 pages

Epilogue

chapter |18 pages

II Electricity and Magnetism Problems

chapter |6 pages

C Capacitance Problems

chapter |10 pages

R DC Circuits Problems

chapter |12 pages

L Lorentz (Magnetic) Force Problems

chapter |8 pages

I Faraday–Induction Problems

chapter |8 pages

S AC Circuits Problems

chapter |6 pages

List of Symbols