Intended to be used by hand on an overhead projector to introduce the study of wave fronts, this demonstrator includes: wave tank, convex reflector, concave reflector, variable two point source, Huygens-type multi-point source, and sloping foam beaches.
Intended to be used by hand on an overhead projector to introduce the study of wave...
Intended to be used by hand on an overhead projector to introduce the study of wave fronts, this demonstrator includes: wave tank, convex reflector, concave reflector, variable...
33105
.To demonstrate that sound requires a medium, the bell gets fainter as the air is pumped from the container. A safety mesh is included that completely covers the container.
To demonstrate that sound requires a medium, the bell gets fainter as the air is pumped...
To demonstrate that sound requires a medium, the bell gets fainter as the air is pumped from the container. A safety mesh is included that completely covers the container.
32090
.The ripple tank is an essential physics teaching tool both for demonstration and lab work. With this important aid reflection, refraction, diffraction and interference are easily investigated.
The ripple tank is an essential physics teaching tool both for demonstration and lab...
The ripple tank is an essential physics teaching tool both for demonstration and lab work. With this important aid reflection, refraction, diffraction and interference are...
15415
.Many acoustic experiments require a source of mechanical motion at a known frequency. Sonometers, Kundt's tube and Chladni plates can all function more efficiently if they are driven by a precise wave motion. Our Audio Driver fills this common need. A sine wave oscillator combines with an audio amplifier through the frequency range of 0 Hz to 45 kHz. A five-digit display presents the output frequency. Choose from 4 output waveforms: sine,...
Many acoustic experiments require a source of mechanical motion at a known frequency....
Many acoustic experiments require a source of mechanical motion at a known frequency. Sonometers, Kundt's tube and Chladni plates can all function more efficiently if they are...
EG-50
.Traditional, long, "slinky®" and "snaky" wave springs and piece of string to demonstrate transverse and longitudinal waves as well as the behavior at interfaces.
Traditional, long, "slinky®" and "snaky" wave springs and piece of string to...
Traditional, long, "slinky®" and "snaky" wave springs and piece of string to demonstrate transverse and longitudinal waves as well as the behavior at interfaces.
15800
.Investigate Hooke's Law and the important concept of energy conversion with this dependable set. Determine the spring constant of a helical spring using two different methods, by stretching of a spring and by oscillating a spring. Includes:
Investigate Hooke's Law and the important concept of energy conversion with this...
Investigate Hooke's Law and the important concept of energy conversion with this dependable set. Determine the spring constant of a helical spring using two different methods,...
15105
.