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3A10.10 -Light Pendulum
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3A10.15 -Large Pendulum Hung from Ceiling
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3A10.17 -Set of Pendula with Different Masses
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3A10.20 -Vibrating Rod
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3A10.30 -Torsion Pendulum
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3A10.u1 -Set of Pendula with Lengths in a Predetermined Ratio
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3A15.10 -Physical Pendulum
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3A15.10-1 -Physical Pendula: Simple, Compound, Adjustable, Primitive, Coupled
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3A15.10-2 -Physical Pendulum with Adjustable Center of Mass
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3A15.50 -Center of Percussion
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3A20.10 -Mass on a Spring
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3A20.10-2 -Simple Mass and Spring
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3A20.10-3 -Simple Harmonic Motion - K vs. M Relationship
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3A20.35 -Cart Between Two Springs
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3A20.u1 -Block on an Oscillating Platform
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3A20.u2 -Oscillating Disk
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3A40.20 -Simple Harmonic Motion as the Linear Projection of Circular Motion
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3A40.31 -Linear Projection of Rotational Motion Model
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3A40.48 -Tracing a Sine Wave with an Oscillating Rod
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3A40.u1 -Simple Harmonic Oscillator with a Removable Weight
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3A50.10 -Damped Harmonic Oscillator
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3A50.10-2 -Overdamped Oscillator
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3A50.60 -Damped Oscillator - Tuning Forks
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3A50.u1 -Hum Saber
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3A60.10 -Tacoma Narrows Video Clip
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3A60.40 -Driven Oscillators - Resonance with a Ball and Spring
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3A60.60 -Driven Oscillators - Resonance with an Inverted Pendulum
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3A60.u1 -Driven Pendulum
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3A60.u2 -Tuned Resonator
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3A70.10 -Wilberforce Pendulum
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3A70.20 -Coupled Pendula - Two Pendula from the Same Support
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3A70.25-1 -Two Mass Spring System
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3A70.25-2 -Spring Coupled Pendula
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3A70.30 -Two Pendula Coupled by a Movable Wooden Dowel
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3A70.35 -Coupled Pendula - Two Masses on the Same String
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3A70.50 -Coupled Magnet Oscillator
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3A70.u1 -Four Pendula on an Overhead Coupled by Springs
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3A70.u2 -Nine Pendula on an Overhead Coupled by Rigid Bands
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3A80.20 -Lissajous Figures on the Oscilloscope
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3A95.u1 -Chaotic Compound Physical Pendulum
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3A95.u2 -Chaos Pendulum
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3A95.u3 -2 Compound Chaotic Pendulums
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