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Educational DVD aimed at KS 3-5. Newton’s three laws of motion are explained using slow motion HD footage filmed during car crash testing to explore how energy is distributed during the fractions of a...
Video recording of a lecture given by Professor John D. Barrow of Cambridge University at the Museum of London on 7 December 2010. The commercially available ‘Superball’ of hard rough rubber displays...
Suitable for GCSE students, this DVD introduces the concepts of vector and scalar quantities, displacement, velocity and acceleration. It deals with: · Vectors - explains the difference between vector and...
Explores motion under gravity, firstly in one dimension as vertical projection, then in two dimensions as projectile motion. Using jugglers, ball games and stunt bike riders, the video deals in turn with the...
Explains how the physical laws of mechanics and the basic concepts of movement apply to human movement and performance. The video defines biomechanics and then deals with the following topics: 1) principles...
Sports psychologists and physiologists explain the strategies they employ to motivate world-class athletes. They also show how motion analysis and tests of vital capacities are used to determine an...
Thirty-seven film sequences of objects in motion, including crashing cars and trains, falling and spinning objects, atheltes and gymnasts, rocks and astronauts. Also contains motion analysis software which...
Support video for course MST207. Contents: bands to support the study units ‘Damping, Forcing and Resonance’, Normal Modes’, ‘Systems of Particles’ and ‘Circular Motion’.
Shows the results of many of the most basic experiments on the behaviour of bodies carried out using the air track. The air track is used by applied mathematicians to study the effects of bodies under the...
Uses examples from fun parks, circuses and stunts to show potential and kinetic energy (rollercoasters, trapeze artists, slides); work = force x distance (trapeze artist falls into safety net); vectors...
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