Kjell Prytz is a Senior Lecturer and Associate Professor of Physics, Högskolan Gävle (Gävle University College) since 1996. He has a background as a particle physicist and has worked at CERN, DESY and Celsius. His research focused on the smallest parts, called quarks, and their interactions.


Dr Prytz has been teaching on all possible levels, from the base year to the master level, in practically all fields of physics. In addition to pure physics courses, he has also been responsible for courses in electronics such as microwave and antenna theory.

Based on the concepts of force and energy, rather than the traditional electric and magnetic fields

Includes exercises at the end of each chapter, with complete solutions in the appendix of the book

Enhanced by numerous drawings and illustrations of high quality

Includes supplementary material: [...]

Preface.- List of Symbols.- Formulae.- Basic principles.- Electrodynamic force.- Electric charges at rest ¿ Electric force.- Uniform motion Magnetic force.- Accelerated motion ¿ Inductive force.- Summary.- Electrodynamic energy.- Electric energy.- The voltage source.- Magnetic energy.- General inductance.- Faraday-Henry¿s induction law.-Electrodynamic force ¿ updated.- Summary.- Macroscopic systems.- Electric dynamics.- Magnetic dynamics.- Summary.- Conductors and resistive effects.- The metal as a conductor.- Relaxation time.-Resistance.- Heat power.- The principle of charge conservation.- Summary.- Electric circuits. Measurement of capacitance using an RC circuit.- Measurement of inductance using an RL circuit.- The oscillation circuit.- Summary.- Electric and magnetic dipoles.- Electric dipole.- Magnetic dipole.-Summary.- Material properties.- Electric response forces.- Magnetic response forces.- General multipole interactions.- Measurements of material parameters.- Summary.- Motional consequences.- Magnetism as a motional consequence.- Induction as a motional consequence.- Special theory of relativity.- Summary.- Field theory.- Motivation.- The electric and the magnetic fields.- Dipoles.- Material effects.- Boundary conditions.- Maxwell¿s equations.- Potentials.- Power transportation ¿ the Poynting vector.- Summary.- Antenna theory ¿ the loop and the dipole.- The loop antenna.- The dipole antenna.- Antenna array.- Power transmission.- Summary.- Appendix A Electric multipoles.- A.1 Multipole expansion of the system V¿.- A.2 Multipole expansion of the system V.- Appendix B Magnetic multipoles.- B.1 Multipole expansion of the system V¿.- B.2 Multipole expansion of the system V.- B.3 Dipole - dipole interaction.- B.4 Results.- Appendix C Magnetic energy in the presence of a material.- Appendix D Solutions to Exercises.- Appendix E General magnetic Force Formulae.- Index.