Logo

Electricity and Magnetism by J. B. Tatum

Electricity and Magnetism
by

Description:
The contents: Electric Fields; Electrostatic Potential; Dipole and Quadrupole Moments; Batteries, Resistors and Ohm's Law; Capacitors; The Magnetic Effect of an Electric Current; Force on a Current in a Magnetic Field; On the Electrodynamics of Moving Bodies; Magnetic Potential; Electromagnetic Induction; Properties of Magnetic Materials; Alternating Current; Laplace Transforms; Maxwell's Equations; CGS Electricity and Magnetism; Magnetic Dipole Moment.

Home page url

Download or read it online for free here:
Download link
(2MB, ZIP/PDF)

Similar books

Book cover: ElectrodynamicsElectrodynamics
by - Stockholms universitet, Fysikum
These are electrodynamics lecture notes for undergraduates. Topics covered are: special relativity, particles in external fields, magnetohydrodynamics, Maxwell's equations, radiation from moving charges, radiation damping.
(8220 views)
Book cover: Electromagnetic field theory for physicists and engineers: Fundamentals and ApplicationsElectromagnetic field theory for physicists and engineers: Fundamentals and Applications
by - Universidad de Granada
Contents: Electromagnetic field fundamentals; Fields created by a source distribution: retarded potentials; Electromagnetic waves; Reflection and refraction of plane waves; Electromagnetic wave-guiding structures; Waveguides and transmission lines.
(3675 views)
Book cover: More Physics: electric charges and fields - electromagnetismMore Physics: electric charges and fields - electromagnetism
by - Learning Development Institute
Contents: Charges at rest: Electrostatics; Electric currents; Magnetism; Getting it all together: Maxwell's equations; Dynamos, motors, and electric power; Waves that travel through empty space; More on electric circuits - making the waves.
(3585 views)
Book cover: Electromagnetic Theory and Computation: A Topological ApproachElectromagnetic Theory and Computation: A Topological Approach
by - Cambridge University Press
This book explores the connection between algebraic structures in topology and computational methods for electric and magnetic field computation. It will be of interest to researchers working in finite element methods for electromagnetic computation.
(8367 views)