Unit Award Scheme
122580 ENERGY (UNIT 2)
In successfully completing this unit, the Learner will have | Evidence needed | |
---|---|---|
demonstrated the ability to | ||
1 | define the term 'specific heat capacity' | Summary sheet and/or student completed work |
2 | calculate the amount of energy stored in, or released from, a system as its temperature changes, by applying the equation 'E=mc^2' | Summary sheet and/or student completed work |
3 | investigate the specific heat capacity of two materials | Summary sheet and/or student completed work |
4 | define 'power' as the rate at which energy is transferred, recalling and applying the equation from the physics equation sheet | Summary sheet and/or student completed work |
5 | define 'power' as the rate at which work is done, recalling and applying the equation from the physics equation sheet | Summary sheet and/or student completed work |
shown knowledge of | ||
6 | the watt as an energy transfer of one joule per second | Summary sheet and/or student completed work |
7 | the key ways two systems transferring the same amount of energy can differ in power output due to the time taken | Summary sheet and/or student completed work |
demonstrated the ability to | ||
8 | state that energy can be transferred usefully, stored or dissipated, but cannot be created or destroyed and so the total energy in a system does not change | Summary sheet and/or student completed work |
9 | explain that only some of the energy in a system is usefully transferred, with the rest becoming ‘wasted’ | Summary sheet and/or student completed work |
10 | give three examples of how wasted energy can be reduced | Summary sheet and/or student completed work |
shown knowledge of | ||
11 | the relationship between thermal conductivity and energy transferred | Summary sheet and/or student completed work |
12 | the main way the rate of cooling of a building is affected by the thickness and thermal conductivity of its walls | Summary sheet and/or student completed work |
demonstrated the ability to | ||
13 | calculate efficiency using the equation from the physics equations sheet, on at least one occasion. | Summary sheet and/or student completed work |
All outcomes recorded on an AQA Summary Sheet
Approved 26 November 2024Level - Level One