Alternatively, you can still browse or search by keyword or clip number on this site.
| Clip description | Keywords | |
|---|---|---|
|
Conservation of energy Duration: 01:16 An explanation of gravitational potential energy and kinetic energy through the example of a theme park ride. |
||
|
Corkscrew rollercoaster closes Duration: 01:36 Britain's first double-looping rollercoaster at Alton Towers is closing after 28 years. |
||
|
Energy changes in the Big Contraption - an series of experiments Duration: 06:40 A series of experiments are linked together as part of the BBC series 'Bang Goes the Theory', providing students with an opportunity to identify different types of energy. |
||
|
Energy efficiency in a leisure centre Duration: 03:10 An investigation into energy efficiency in a leisure centre. |
||
|
Energy transfer Duration: 01:15 A demonstration of how energy, which cannot be created, is transferred from one place or object to another. |
||
|
Heat energy and friction - meteors in the Earth's atmosphere Duration: 01:19 A discussion about heat energy and friction using meteors as an example. When meteors enter the Earth's atmosphere they transfer kinetic energy to heat by friction. |
||
|
Heat transfers Duration: 02:03 An introduction to the four methods of heat transfer – conduction, convection, radiation and evaporation. Animations of atoms are seen. |
||
|
Heat transfers and the vacuum flask Duration: 01:49 Heat loss from liquids in a vacuum flask is explained. Conduction, convection, radiation and evaporation are mentioned. |
||
|
Potential and kinetic energy Duration: 01:01 A demonstration of how energy is changed from potential to kinetic energy which is used to power a radio. |
||
|
Racing cars harness energy from braking Duration: 02:44 A practical demonstration of how racing cars are able to harness energy from braking, known as regenerative braking. |
||
|
Smoke rings Duration: 00:59 Simple equipment is used to show how blasts of air can transfer energy over long distances. |
||
|
The conservation of energy Duration: 03:19 A dramatic illustration of the 'principle of the conservation of energy' in which energy cannot be created or destroyed. |
||
|
What energy changes happen during freezing? Duration: 02:31 The crystallisation of sodium acetate is used to demonstrate that freezing and crystallisation releases heat energy. |
||
|
What is a horse power? Duration: 03:21 The term 'horse power' is defined using the original method that James Watt used in the 18th century to help promote his new steam engine. |
||
|
Work, energy and power (pt 2/2) Duration: 00:45 An example of transferance of work done to kinetic energy using the example of a cyclist. |
||
BBC © 2013 The BBC is not responsible for the content of external sites. Read more.
This page is best viewed in an up-to-date web browser with style sheets (CSS) enabled. While you will be able to view the content of this page in your current browser, you will not be able to get the full visual experience. Please consider upgrading your browser software or enabling style sheets (CSS) if you are able to do so.