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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...
Series of video programmes on topics in mathematics. Each programme includes and event, a question and a solution. 1: A parachutist descends. A force decelerates the body (the parachute) while a force tries...
Support video for course MST207. Contents: bands to support the study units ‘Functions of Several Variables’, ‘Fourier Series’ ‘Vector Calculus’ and ‘Rotating Bodies and Angular Momentum’.
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...
A series of three videos explaining the concepts of impulse and momentum, and conservation and momentum. Also shows how to analyse one- and two-dimensional collisions using vector addition
Support video for course S271.
Support video for course S271. [For synopsis of SPECIAL RELATIVITY, see separate programme entry.)
Looks at three aspects of ball games and the underlying physics: 1) where and how to strike a ball; 2) how to impart maximum energy to a ball; 3) the ball’s subsequent motion. Shows examples from golf,...
Examines displacement, vector vs scalar, velocity (ferry glide canoeing), force (pushing a car; aerial runway with load with examples; three-way tug-of-war; vector diagrams; rock climbers), momentum and...
Examines the equation ‘rate of change of angular momentum equals torque’. The most common application of a spinning body is in a gyroscope. Gyroscopes are demonstrated, freely spinning, weighted, and...
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