Irodov, I E
Basic Laws of Electromagnetism - New Delhi ADELINE Not Available - 309
The main idea behind this book is to amalgamate the description of the basic concepts of the theory and the practical methods of solving problems in one book. Therefore, each chapter contains first a description of the theory of the subject being considered and then a set of selected problems with solutions.
SI units of measurements are used throughout the book. However, considering that the Gaussain system of units is still widely used.
The most important statements and terms are given in italics. More complicated material and problems involving cumbersome mathematical calculations are set in brevier type.
Contents:
Electrostatic Field in a Vacuum
A Conductor is an Electrostatic Field
Electric Field in Dielectrics
Energy of electric Field
Direct Current
Magnetic Field in a Vacuum
Magnetic Field in a Substance
Relative Nature of Electric and Magnetic Fields
Electromagnetic Induction
Maxwell's Equations. Energy of Electromagnetic Field
Electric Oscillations
Appendices
Subject Index
5030002308
RBSA, Jaipur
Physics
537 / IRO
Basic Laws of Electromagnetism - New Delhi ADELINE Not Available - 309
The main idea behind this book is to amalgamate the description of the basic concepts of the theory and the practical methods of solving problems in one book. Therefore, each chapter contains first a description of the theory of the subject being considered and then a set of selected problems with solutions.
SI units of measurements are used throughout the book. However, considering that the Gaussain system of units is still widely used.
The most important statements and terms are given in italics. More complicated material and problems involving cumbersome mathematical calculations are set in brevier type.
Contents:
Electrostatic Field in a Vacuum
A Conductor is an Electrostatic Field
Electric Field in Dielectrics
Energy of electric Field
Direct Current
Magnetic Field in a Vacuum
Magnetic Field in a Substance
Relative Nature of Electric and Magnetic Fields
Electromagnetic Induction
Maxwell's Equations. Energy of Electromagnetic Field
Electric Oscillations
Appendices
Subject Index
5030002308
RBSA, Jaipur
Physics
537 / IRO