Waves and Oscillations
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Lectures
- Lecture 0. [Basics of SHM].
- Lecture 1. [Graphical Representation].
- Lecture 2. [Displacement, Velocity, Accelaration].
- Lecture 3. [KE and PE].
- Lecture 4. [Spring Examples].
- Lecture 5. [Pendulum & Electrical Systems].
- Lecture 6. [Lissajous Figures].
- Lecture 7. [Free Damped Motion].
- Lecture 8. [Galvanometer Examples].
- Lecture 9. [Forced Damped Motion; Resonance].
- Lecture 10. [Quality Factor]
- Lecture 11. [Wave Motion]
- Lecture 12. [Standing Waves]
Homework
Topics
- Simple Harmonic Motion: Differential equation and its solution.
- Superposition of Simple Harmonic Motion: Analytical treatment, Lissajous figures, natural, damped and
forced vibration, resonance, sharpness of resonance.
- Differential equation of Wave Motion: Plane progressive wave - energy and intensity, Bel, decibel,
and phon, Superposition of waves, beats, velocity of longitudinal waves in solid and gas, velocity of trasverse
wave in string, Doppler effect.
Study Materials
- An Outline of Physics (Part-I) - M. Daskhan.
- The Physics of Waves and Oscillations - N.K.Bajaj.
- Waves: Berkeley Physics Course (Vol. 3).
- The Physics of Vibrations and Waves - H. J. Pain.
- Vibrations and waves - A. P. French.