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Engineering Physics covers all topics taught to the first-year undergraduate students of all engineering disciplines offered by various Indian universities. This book is written in a precise, systematic, and easy-to-understand language. The structure of each chapter redefines the parameters of conceptual learning through solved examples, numerical and theoretical questions, multiple choice questions, and fill in the blanks. Conceptual arguments lead to the mathematical formulae providing a coherent mix of physics and mathematics. Key Features Covers syllabic of almost all Technological Universities in India Includes fundamentals of engineering materials and new engineering materials Provides several numerical problems asked in the examinations of different technological universities as solved examples Includes formulae and highlights for the chapter at a glance Figures and diagrams illustrate the complex phenomena in the simplest manner Includes numerous solved examples for better understanding of the fundamental concept of physics About the Authors Brijesh Kumar Pandey Ph.D., is a faculty of Physics in the Department of Applied Sciences at M.M.M. Engineering College, Gorakhpur. He did his M.Sc. in Physics from Dr. R.M.L. Awadh University, Faizabad, and Ph.D. from H.N.B. Gharhwal University, Srinagar (a Central University). His area of research is solid state physics (electronics). He has over 15 years of experience in academics and has contributed more than 25 research articles in various prestigious national and international journals. Dr. Pandey has an illustrious record in supervising and guiding theses. Sujeet Chaturvedi Ph.D., is presently Associate Professor in the Applied Sciences Department, Jahangirabad Educational Trust Group of Institution, Barabanki. He did his M.Sc. in Physics from Dr. R.M.L. Awadh University, Faizabad, and Ph.D. in X-ray spectra from Lucknow University. He has over a decade of experience in academics and has published many research papers in prestigious journals of Physics. His area of research is X-ray spectra. Table of Contents Theory of Relativity Oscillation and Waves Ultrasonic Waves Non-destructive Testing Architectural Acoustics Elements of Crystallography X-Rays and Compton Effect Band Theory of Solids and Semi conducting Materials Electrical Conductivity and Electron Theory of Metals Dielectrics Magnetic Properties of Materials Interference Diffraction Polarization Lasers and Holography Optical Fibres Maxwells Equations and Electromagnetic Waves Superconductivity Nano materials and Their Applications New Engineering Materials Elementary Modern Physics DE Broglie Matter-Waves and Wave Particle Duality Uncertainty Principle and Quantum Mechanics