BUFVC Search
Current Search
Previous Searches
Vibrating strings and animated diagrams are used to illustrate wave propagation, wave deformation and wave reflection from a stationary obstacle. Acquaintance with the sine function is assumed.*
Using large experimental tanks, explains how waves are created and shows that even though waves may travel at a good rate of speed, the water does not move. It also notes that high-energy waves are created...
Behaviour of surface gravity waves in liquids. Experiments in open water channels.
Energy of sound waves, range of audible frequencies; ultrasonics in nature (bats and Galton Whistle). Sound generators - loudspeakers, magnetostrictor, quartz transducer. Properties of ultrasonics;...
Professor David Tong, Department of Applied Mathematics and Theoretical Physics at the University of Cambridge, talks about the unique qualities of solitons and their special relationship with quarks. [9...
Why do novice surfers prefer constructive waves? What happens when you take away a village’s natural sea defences? Filmed along the Dorset coastline, this resource provides up-to-date explanations and...
You are currently searching in Find DVD. Search all the BUFVC's collections for '"waves"' in All fields.