Уравнения Максвелла объяснены: Компаньон к электродинамике Гриффитса - Дружественно для студентов: Одна тема, подробное объяснение, изучение концепций методом вопросов и ответов и многовариантными вопросами: 2

Maxwell’s Equations Explained: A Companion to Griffiths Electrodynamics is a clear, comprehensive, and concept-driven guide that helps students truly understand the foundations of classical electrodynamics.Through intuitive explanations, detailed derivations, and a structured question–answer approach, this book makes Maxwell’s four equations easy to learn, visualize, and apply. Students gain clarity on: How electric and magnetic fields originate and interact How electric and magnetic fields originate and interact Why magnetic monopoles do not exist Why magnetic monopoles do not exist How Faraday’s law leads to induced electric fields How Faraday’s law leads to induced electric fields Why Maxwell added the displacement current Why Maxwell added the displacement current How electromagnetic waves emerge naturally from Maxwell’s formulation How electromagnetic waves emerge naturally from Maxwell’s formulation Why light itself is an electromagnetic wave Why light itself is an electromagnetic wave Designed as a companion text for Griffiths’ Introduction to Electrodynamics , this book is ideal for B.Sc., M.Sc., and engineering students, competitive examinations, and anyone seeking a deep conceptual understanding of electrodynamics.With solved conceptual questions, MCQs, and derivations, this book serves as both a textbook and a revision tool—bringing clarity to one of the most beautiful theories in physics.