Rather than treating Maxwell’s equations as an isolated crowning chapter, Murthy references them early and often. When solving a magnetostatic problem, he will note: “This is a static case of Ampere’s law, which is one of Maxwell’s equations. But in the time-varying case (Chapter 5), the displacement current term would appear.” This builds conceptual continuity.

For undergraduate students of electrical and electronics engineering (EEE) and electronics and communication engineering (ECE), few subjects inspire as much awe and anxiety as Electromagnetic Field Theory. The shift from circuit theory (lumped elements) to field theory (distributed parameters) requires a leap in abstraction. Concepts like divergence, curl, gradient, Maxwell’s equations, and wave propagation are not easily visualized on a two-dimensional whiteboard.

In this challenging landscape, one textbook has stood out for its pragmatic, problem-centric approach: "Electromagnetic Field Theory and Problems" by Murthy T.V.S. Arun. For years, students have scoured the internet looking for the "electromagnetic field theory and problems by murthy tvs arun pdf" —not merely to avoid buying the book, but to access its legendary collection of solved and unsolved problems on the go.

This article explores why this book remains a cult classic, what you will learn from it, and how to effectively use its problem sets to master electromagnetics.

This guide breaks down the subject into logical modules, highlights key concepts, and provides a walkthrough of common problem types found in the text.

As you work through Murthy’s problems, extract every formula into one cheat sheet. Common ones include: