## Waves |

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### Contents

Free Oscillations of Simple Systems | 1 |

Free Oscillations of Systems with Many Degrees | 47 |

Forced Oscillations | 101 |

Copyright | |

11 other sections not shown

### Common terms and phrases

amplitude angle angular antenna approximation assume atoms average axis bandwidth bead beam beats boundary conditions bulb charge circularly polarized coefficient component coupled pendulums cutoff damping degrees of freedom diffraction direction dispersion relation displacement distance driving force electric field electromagnetic waves electrons emitted equal equilibrium example filter Fourier analysis free oscillations function given by Eq gives glass group velocity harmonic oscillation Home Exp Home experiment impedance incident index of refraction intensity LC circuit length lens linear linearly polarized look mass Maxwell's equations medium mirror modulation molecules motion obtain optics phase constant phase velocity plane wave plate point source polaroid Prob propagation pulse quency radiation reflection relative phase resonance return force Show shown in Fig sinusoidal slinky slit standing waves string superposition Suppose surface tion transmission line transmitted transverse traveling waves tube vacuum vector visible light voltage wavelength wavenumber width zero