WardsSci000627

Description:   This inexpensive model, developed by Tim Ernest, lets you create longitudinal/compression waves by simply pushing a Slinky® along a track.

Description:   Observe phase reversal at the fixed end of wave pulses with this spring used to test waves in fundamental and multiple vibrations.

Description:   An exciting, interactive exploration, this generator includes various mass attachments to investigate degrees of string tension in standing waves.

Description:   Alloy tuning fork economy stamped.

Description:   The activator is specifically designed for use with tuning forks.

Description:   Two sets of popular tuning forks are available.

Description:   Produces circular waves from either one or two point sources. The phase relationship is continuously adjustable. A variable, low voltage power supply, such as our 64250-10, allows the speed to be adjusted also. Securely mounted in a molded housing with four non-skid, shock-absorbing feet.

Description:   Compact kit for all your wave demonstration needs.

Description:   This aluminum tuning fork has sliding weights on each tine.

Description:   Create waves and signals quickly and easily.

Description:   Mechanical representation of a sine wave signal.

Description:   How Does Mass Affect Transverse Waves?

Description:   Show relationships between frequency, length, tension and mass

Description:   This self-contained apparatus explores wave velocity.

Description:   Students create and observe waves and their properties.