Damped oscillations: Flat steel spring with removable weights.
• B+10+30

Damped oscillations: Flat steel spring with removable weights. A flat clock spring 40 cm. long is clamped to the lecture table. 100 gm. slotted weights can be clipped to the spring to vary the loading (and the period).
Related Demos
B+10+0
Mass on a spring. B+10+1
Simple pendulum: Ball on a string. B+10+2
Torsion pendulum with removable weights. B+10+3
Compound pendulum: Meterstick with movable brass weight. B+10+5
Large torsion pendulum with different diameter rods. B+10+10
Physical pendulum: Steel bar with two pivot points. B+10+15
Ball rolling in a spherical dish on OHP. B+10+20
Large damped oscillator (mass on spring) with various damping disks. B+10+25
Clock spring oscillator: Electrically driven and damped. B+10+35
Lissajous figures with laser and two signal generators. B+10+40
Transparencies: Lissajous figures for OHP. B+10+45
Java Applet: Simple Harmonic Motion & Uniform Circular Motion B+10+50
Ball on turntable rotates beneath synchronized pendulum . B+10+55
Java Applet: A-vector and V-vector arrows B+10+60
Tuning forks, various. B+10+65
Pocket watch with mirror and laser twitches with balance wheel motion. B+10+70
Four pendulums on rod: Same mass, different lengths. B+10+72
Four pendulums on rod: Same length, different masses. B+10+75
Inverted pendulum. B+10+80
Twelve pendulums: same mass, different lengths B+10+37
Lissajous Figures created with a two tuning forks with mirrors B+10+85
Applet: Masses and Springs B+10+86
Applet: Pendulum Lab B+10+87
Applet: Simple Harmonic Motion with and without Damping B+10+88
Applet: Lissajous Figures