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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...
Developed by speed training expert John Cissik , this DVD provides the tools to build a program to increase acceleration, speed, and endurance. Using a series of self-assessments, the viewer can identify...
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...
The physics of a fun park looking at circular motion, gravity, acceleration, force, vectors and more.
Explores the mathematical concepts of speed and acceleration, which are explained using the motion of trains on the Docklands Light Railway. Shows trains travelling at constant speed and accelerating away...
Explores the notion of acceleration in the familiar context of amusement rides. Studies the Nemesis ride at Alton Towers to determine what part acceleration plays in making a ride a thrilling experience:...
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...
Looks at acceleration and the centripetal force experienced by objects moving in a circular path. A wide range of examples is used to demonstrate centripetal acceleration.
Deals with the principles of linear acceleration and beam focusing, the construction of the accelerator at Orsay, and its detectors and experimental areas.*
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