Arihant Classic Texts Series Basic Laws of Electromagnetism by IE Irodov | Conceptual Physics Book for JEE, NEET, CUET, Engineering Entrance and Competitive Exams 2025

Arihant Classic Texts Series Basic Laws of Electromagnetism by IE Irodov | Conceptual Physics Book for JEE, NEET, CUET, Engineering Entrance and Competitive Exams 2025

BOOK INTRODUCTION

The complete elementary textbook on Basic Laws of Electromagnetism in Classic Text Series is compiled with a description of the basic concepts of the theory and the practical methods of solving problems in one book. The problems are closely related to the text and often complement it. There are some selected problems to attain a deeper understanding of many important topics. Not just that, in order to describe main ideas concisely, the text has been kept free from mathematical formulas and focuses on physical aspects of the phenomena. At the end, various model representations, simplifying factors, special cases, etc., have been included.

BOOK STRUCTURE

• 11 Chapters
• Appendices
  

BOOK KEY FEATURES

• The modern treatment of complex quantities is presented in a simple manner
• Provides basic concepts of the theory and the practical methods of solving problems in one book
• The problems are closely related to the text
• A set of selected problems with solutions are given to attain a deeper understanding of many important topics
• Various model representations, simplifying factors, special cases, , have been employed
• SI units of measurement are used throughout the book
• Appendices at the end include important tables
• The most important statements and terms are given in italics
  

WHY CHOOSE THIS BOOK?

• Must have book for all engineering entrance aspirants
• Suitable for schools and junior honour classes of universities
• Most preferred concept-building tool to learn physics
• Updated and deals with the modern treatment of complex concepts of basic laws of magnetism
• Theory, Answers, and Examples are compiled for an in-depth understanding of topics
  

TABLE OF CONTENTS

Electrostatic Field in a Vacuum, A conductor in 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