Torsion wave model.

3B10.30 • B+50+55

Torsional Wave Model. Light-weight rods are mounted, in a parallel fashion, on a long piece of spring-steel wire. An electric motor can be used to introduce a periodic oscillation to one rod, and a transverse wave travels down the length of the apparatus. The opposite end can be free or tied down, -or connected to a dash-pot assembly for damping, -or connected to another model of same or different dimensions

Related Demos

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3B10.10 Rubber rope stretched across front of room. 3B10.10 Brass spring on white plastic sheet. 3B10.30 Torsional wave device, large or small. 3B10.50 Transverse wave model, hand-cranked. 3B10.70 Transverse 3-dimensional wave model, hand-cranked.

B+50+0 Applet: Group Velocity Demonstration B+50+2 Applet: Fourier Synthesis B+50+4 Applet: Superposition of waves B+50+5 Model of longitudinal standing wave, hand-cranked. B+50+10 Rope and strobe: Transverse standing waves, motor driven. B+50+15 Ruben's tube: Standing sound waves in flames along a large pipe. B+50+20 Set of eight organ pipes to make a major scale. B+50+25 Tunable organ pipe. B+50+30 Set of ten suspended metal rods struck with a wooden mallet. B+50+35 Xylophone. B+50+45 Unbalanced spinning wheel vibrates spring steel reeds. B+50+50 Sonometer: Resonant chamber with bowed strings (2). B+50+60 Applet: Longitudinal and Transverse Wave Motion B+50+65 Applet: Standing Waves B+50+70 Applet: Transverse and Longitudinal waves B+50+75 Applet: Longitudinal Waves - 1 B+50+80 Applet: Standing logitudinal waves B+50+85 Applet: Standing Wave (Explanation by Superposition with the Reflected Wave) B+50+90 Driven standing waves with different mass/unit length strings.