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G. Vibrations And Mechanical Waves
G1. Simple Harmonic Motion
| Section | Title |
|---|---|
| G1-32 | Hooke'S Law And Shm |
| G1-42 | Large Torsional Pendulum |
| G1-01 | Examples Of Simple Harmonic Motion |
| G1-11 | Comparison Of Shm And Ucm |
| G1-12 | Pendulum And Rotating Ball |
| G1-13 | Mass On String |
| G1-14 | Pendula With Different Masses |
| G1-15 | Pendula With 4 To 1 Length Ratio |
| G1-17 | Pendulum With Large-Angle Oscillation - Portable |
| G1-18 | Pendulum With Force Scale |
| G1-32 | Mass On Spring - With Stand |
| G1-34 | Air Track - Simple Harmonic Motion |
| G1-35 | Mass On Spring - Efficient Model |
| G1-51 | Inverted Spring Pendulum |
| G1-52 | Stringless Pendulum |
| G1-57 | Inverted Pendulum - Speaker Driven |
| G1-58 | Loaded Pendulum |
| G1-59 | Bifilar Pendulum |
| G1-60 | Chaos - Two Double Physical Pendula |
| G1-71 | Lissajous Figures - Sand Pendulum |
G2. Resonance And Coupled Oscillations
| Section | Title |
|---|---|
| G2-01 | Mass On Spring - Hand Held |
| G2-03 | Resonance In Torsional Pendulum - Projection |
| G2-07 | Psychoacoustic Vibration Transducer |
| G2-21 | Coupled Pendula |
| G2-22 | Bar-Coupled Pendula |
| G2-23 | Spring-Coupled Physical Pendula |
| G2-24 | Coupled Pendula - 100 To 1 Mass Ratio |
| G2-26 | Coupled Air Track Gliders |
| G2-42 | Elastic Pendulum |
| H2-28 | Fourier Synthesizer - Addition Of Waves |
| H2-51 | Beats - Oscillators, Speakers And Oscilloscope |
G3. Mechanical Waves - One-Dimensional
G4. Mechanical Waves - Two-Dimensional
| Section | Title |
|---|---|
| G4-02 | Ripple Tank |
| G4-03 | Ripple Tank - Doppler Effect |
| G4-11 | Soap Film Oscillations |
| G4-12 | Standing Waves On A Soap Film |
| G4-21 | Chladni Figures - Bowed |
| H4-01 | Fourier Synthesis |