Engineering Physics, As per AICTE

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ISBN-13: 9788126521418

Binding: Paperback

Pages: 804 pages

Language: English

              The Engineering Physics course is designed with an objective to build a solid foundation in fundamentals of physics and relate these to engineering applications. This book offers complete coverage of the course as per the latest AICTE recommended curriculum. Starting with Introduction to Electromagnetic Theory, the book covers concepts in Mechanics and Quantum Mechanics important from engineering perspective and then topics in Oscillations, Waves and Optics. The lucid explanation of the topics aims to build strong conceptual strength and problem-solving skills. An attempt has been made to logically correlate the topics to their engineering applications and applying these to solve engineering problems. The book is a must-have resource for students not only for the designated course but also for their journey as engineering professionals.
            

Title	Engineering Physics, As per AICTE
ISBN-13	9788126521418
ISBN-10	—
Publisher / Imprint	Wiley
Binding	Paperback
Edition	1st Edition
Publication Date	2026
Number of Pages	804

Chapter 1: Electrostatics
Chapter 2: Electrostatics in Linear Dielectric Medium
Chapter 3: Fundamentals of Magnetostatics
Chapter 4: Magnetostatics in Linear Magnetic Medium
Chapter 5: Electromagnetic Induction- Faraday’s Law and Lenz’s Law
Chapter 6: Electromagnetism: Displacement Current, Magnetic Field due to Time-Dependent Electric Field and Maxwell’Ì Equations
Chapter 7: Electromagnetic Waves
Chapter 8: Forces and Newton’s Laws of Motion
Chapter 9: Mechanics- Central Force Problems
Chapter 10: Frames of Reference
Chapter 11: Basics of Harmonic Motion
Chapter 12: Rigid Body Dynamics: Rotation and Translation
Chapter 13: Rigid Body Dynamics: Two-and Three-Dimensional Motion
Chapter 14: Introduction of Quantum Mechanics: Wave Nature of Particles and Schrodinger Equation
Chapter 15: Quantum Mechanics: Mathematical Preliminaries
Chapter 16: Applications of Schrodinger Equation
Chapter 17: Introduction to Molecular Bonding
Chapter 18: Introduction to Solids
Chapter 19: Simple Harmonic Motion: Damped and Forced Vibrations
Chapter 20: Non-Dispersive Waves and Introduction to Dispersion
Chapter 21: Propagation of Light and Geometrical Optics
Chapter 22: Wave Optics
Chapter 23: Laser and Its Applications
Lab Manual