Essential Electromagnetism Solutions
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- This book offers a concise, mathematically grounded treatment of the essential topics in electrostatics and magnetism. It is particularly useful for second- and third-year physics or engineering students who want a supplementary text with derivations, worked examples, learning objectives, chapter summaries, and exercises. Its appendices provide convenient reviews of vectors, integral and differential vector calculus, index notation, finite-difference methods, and static Maxwell equations, making it suitable for both course support and independent revision.
الوصف
Essential Electromagnetism is an undergraduate-level introduction to electrostatics and magnetism for physics and engineering students. It begins with electric charge, fields, flux, Gauss’ law, electrostatic potential, conductors, and stored field energy. Subsequent chapters develop Poisson’s and Laplace’s equations, including the method of images, analytical solutions in Cartesian and spherical coordinates, and a numerical finite-difference method. The book also covers multipole expansions, electric dipoles, macroscopic and microscopic dielectric theory, capacitance, magnetic fields and forces, the Biot–Savart and Ampère laws, vector potential, magnetic flux, inductance, and magnetic dipoles. A final chapter examines magnetised materials, paramagnetism, ferromagnetism, hysteresis, and magnetic circuits. Exercises, chapter summaries, diagrams, and extensive appendices on vectors, vector calculus, index notation, numerical methods, and static Maxwell equations support study and review.
electromagnetism, electrostatics, magnetism, electric fields, magnetic fields, Maxwell equations, dielectric theory, vector calculus, undergraduate physics, engineering physics
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