TIGER

Videos: 12 results
Sound Waves  
Wave concepts such as standing waves, resonance and interference can be demonstrated using sound waves.
Transport Properties |
Quantum Chemistry
Waves in a Ripple Tank  
Circular waves, linear waves, and waves from two point sources in a ripple tank are shown and described.
Quantum Chemistry
Waves in a Slinky™  
A Slinky™ is used to demonstrate transverse and longitudinal waves, reflection, energy dissipation, interference, and plane polarization.
Quantum Chemistry
Standing Waves on a String  
The relationship between frequency, wavelength, and energy absorption for waves on a stretched string is discussed.
Quantum Chemistry
Circular Standing Waves in a Ripple Tank  
Circular standing waves in a ripple tank are demonstrated.
Quantum Chemistry
Standing Waves on Chladni Plates  
In these movies we demonstrate two dimensional standing waves on Chladni plates.
Quantum Chemistry
Waves Consisting of Single Pulses  
Characteristics of single pulse waves include direction of displacement and wave speed illustrated in the following slinky demonstrations.
Quantum Chemistry
Standing Waves on a Wave Demonstrator  
The relationship between frequency and wavelength for standing waves on a 0.90 m short-rod wave demonstrator is explored.
Quantum Chemistry
Standing Waves on a String - Separate Movies  
The relationship between frequency and wavelength for standing waves on a stretched string is demonstrated in a series of separate movies.
Quantum Chemistry
Standing Waves on a Wave Demonstrator (with frequency)  
The relationship between frequency and wavelength for standing waves on a 0.90 m short-rod wave demonstrator is explored. The frequency is displayed at the bottom of the screen.
Quantum Chemistry
Waves in a Wave Demonstrator — Wave Speed, Reflection, and Interference  
Wave speed, frequency, wavelength, and reflection are illustrated with a 0.90 m (long-rod, low wave speed) wave demonstrator.
Quantum Chemistry
Wave Diffraction, Interference, and Scattering  
Diffraction, interference and scattering - properties common to all wave phenomena - are demonstrated with waves in a ripple tank.
Quantum Chemistry