AQA GCSE Physics · 8463
Specification 4.1.1.1 · Paper 1
- Revise: Energy stores and systems
The movement of energy from one store to another, either within a system or across its boundary.
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GCSE Physics · key term
The movement of energy from one store to another.
Used by AQA, Edexcel and OCR
Specification 4.1.1.1 · Paper 1
The movement of energy from one store to another, either within a system or across its boundary.
Specification 3.4, 3.5, 3.6, 8.1, 8.12, 10.22, 10.28 · Paper 1, Paper 2
The movement of energy from one store to another, occurring mechanically, electrically, by heating or by radiation.
The movement of energy between stores, for example mechanically, electrically or by heating.
The movement of energy from one store to another, either within a system or between the system and its surroundings.
The movement of energy from one store to another, such as from a chemical energy store to a kinetic energy store.
A process in which energy moves from one store to another or is carried from one place to another.
The movement of energy from one store to another, or from one object or system to another.
Specification P2.2m, P2.2n, P5.2b · Paper 1 (Foundation), Paper 2 (Foundation), Paper 3 (Higher), Paper 4 (Higher)
The movement of energy from one store to another, or between objects, measured in joules (J).
Revise: Work done and energy transferWork done is therefore a way of measuring an energy transfer.
Energy moving from one store to another, or between systems, by a transfer pathway such as mechanical working.
The movement of energy from one object or place to another; electromagnetic waves can achieve this without transferring matter.
Paper 1, Paper 2
The movement of energy from one store or place to another, such as from a battery to a lamp and its surroundings.
The movement of energy from one store to another or between a system and its surroundings.
The transfer of energy from one store or place to another, such as from an electrical supply to a heated block.
For a real process, include relevant dissipated energy transfers, such as heating of the surroundings or sound, rather than implying that all energy reaches the intended store.
Do not confuse current with temperature: current is the flow of charge, whereas heating is an energy transfer.
When describing a calculation, name the energy store that gains or loses energy as well as stating the numerical energy transfer.
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