Oscillations, Waves and Acoustics

Oscillations, Waves and Acoustics
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Oscillations, Waves and Acoustics

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Publisher: IK International
ISBN: 9789380578279
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Availability: In Stock
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About this eBook

Preface Oscillations, Waves and Acoustics is meant for the students of Physics and Engineering stream. Each topic in the book has been treated in an easy and lucid manner without sacrificing any rigour. In every chapter concepts and techniques are discussed in details. This has been done with a view that even the beginners may not find any difficulty in grasping the subject matter. Great care has been taken in the treatment of the subject matter and the subject is presented in systematic and interesting manner. No claim to originality can be made but the treatment of the subject is in author s own style. Constructive suggestions criticism and intimation of errors and misprints for the improvement of the book would be welcome and highly appreciated. P. K. Mittal
Contents Preface
vii
1. Simple Harmonic Motion 1.1. Periodic Motion 1.2 Simple Harmonic Motion 1.3 Nature of Small Oscillations in a Potential Well 1.4 Harmonic Oscillator and General Solution 1.5 Geometrical Representation of S.H.M. 1.6 Relations Among Displacement, Velocity and Acceleration 1.7 Exact Simple Harmonic Motions are Rare 1.8 Elasticity and Simple Harmonic Vibrations 1.9 Period of Vibration of a Body under the Action of Elastic Forces 1.10 Energy of a Particle Performing S.H.M. 1.11 Frequency of Energy Change 1.12 Time Averages of Kinetic and Potential Energies in S.H.M. 1.13 Position Averages of Kinetic and Potential Energies 1.14 Simple Pendulum 1.15 Mass Attached to a Horizontal Spring 1.16 Mass on a Vertical Spring 1.17 Mass Suspended by a Heavy Spring 1.18 Transverse Motion of a Mass between Two Springs 1.19 Angular Simple Harmonic Motion of a Torsion Pendulum 1.20 Compound Pendulum 1.21 Inductance-Capacitance LC Circuit 1.22 Helmholtz Resonator 1.23 Two-Body Harmonic Oscillator 1.24 Vibration of a Diatomic Molecule 1.25 Vibration Energy States of the Molecule
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