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Harmonic oscillations, wave propagation, sine wave, frequency, wavelength, wave speed, period of oscillation, running wave, standing wave, plane wave, spherical wave, transversal wave, longitudinal wave,...
The Women’s Library Friday 26 October, 1-6pm Organised in support of The Women’s Library Campaign, this half-day event celebrates women’s history by exploring how it is made and remembered....
General features of the qualitative application of wave mechanical methods to covalent bonding, including sigma and pi orbitals, hybridisation.
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 a mechanical model, shows aspects of wave motion applicable to mechanical, acoustic, electric and optical waves. The electrical and acoustical systems analogous to the mechanical system demonstrated...
Looks at wave physics and explains how the shape and depth of the bay plays a key role in determining the shape of a wave. Also shows how a better understanding of physics is allowing improved surf-boards to...
Deals in a non-mathematical way with spectra of input waveforms obtained on a spectrum analyser. The waveforms treated in detail are a beat pattern and a sequence of square waves. The effects on the square...
Illustrates the range of ripples occurring on natural beaches and then interprets the growth of these bed forms, using recirculating flumes and a wave tank. Oscillatory and unidirectional flow are...
A qualitative account of the derivation and nature of orbitals. Significance of quantum numbers.
Theory, laboratory experiments using wave machines in tanks of water.
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