Contents: Foreword. Preface. Part I: 1. Simple Harmonic Motion. 2. Damped Harmonic Motion. 3. Forced Vibrations and Resonance. 4. Coupled Oscillators. 5. Wave Motion. 6. Reflection and Transmission of Waves. 7. Interference. 8. Diffraction. 9. Polarisation of Light. 10. Production and Analysis of Polarised Light. 11. Optical Rotation. Part II: 1. Differentiation of Vectors. 2. Electrostatics. 3. Dielectrics. 4. Ampere’s Law and Electromagnetic Induction. 5. Maxwell’s Electromagnetic Field Equations and Electromagnetic Waves. 6. Quantum Mechanics. 7. Wave Nature of Particles (Matter Waves). 8. Heisenberg’s Uncertainty Principle. 9. Basic Features of Quantum Mechanics. 10. Applications of Quantum Mechanics. 11. Solid State Physics. 12. Lasers. 13. Fibre Optics. This book covers the applied physics course for engineering students in technical universities and colleges. Divided into two parts, it presents the topics elaborately with plenty of illustrations. The lucid and accessible language makes the book student friendly. The clarity of mathematical expressions and deductions is another important feature. To aid understanding, a number of problems with solution are given at the end of each chapter.