ElectricityMemory Aid

Memory Aid

Part of Potential DifferenceGCSE Physics

This memory aid covers Memory Aid within Potential Difference for GCSE Physics. Revise Potential Difference in Electricity for GCSE Physics with 14 exam-style questions and 30 flashcards. This is a high-frequency topic, so it is worth revising until the explanation feels precise and repeatable. It is section 10 of 14 in this topic. Use it for quick recall, then test yourself straight afterwards so the memory aid becomes usable in an answer.

Topic position

Section 10 of 14

Practice

14 questions

Recall

30 flashcards

🧠 Memory Aid

For V = E/Q — the Ski Lift:

The Voltage is the Elevation (energy) given to each Quantity of charge (coulomb). The battery is the ski lift that raises each coulomb to a higher "energy height."

Voltmeter vs Ammeter connection — "V is a visitor, A is in the action":

The Voltmeter is a Visitor — it stands alongside (parallel), watching what happens across a component. The Ammeter is in the Action — it stands in the flow itself (series), part of the circuit.

Series vs Parallel voltage rule — "Series Shares, Parallel Pairs":

In a series circuit, the voltage is shared (split) between components. In a parallel circuit, every branch gets the same voltage as the supply.

Keep building this topic

Read this section alongside the surrounding pages in Potential Difference. That gives you the full topic sequence instead of a single isolated revision point.

Practice Questions for Potential Difference

Which of the following is the correct definition of potential difference?

  • A. The total charge flowing through a component per second
  • B. The resistance of a component measured in ohms
  • C. The energy transferred per unit charge between two points in a circuit
  • D. The power dissipated by a component measured in watts
1 markfoundation

Explain what is meant by a potential difference of 6 V across a component.

2 marksstandard

Quick Recall Flashcards

What is 1 Volt?
1 Joule per Coulomb (1 V = 1 J/C)
P.d. equation?
V = E/Q where V = voltage (V), E = energy (J), Q = charge (C). Also V = IR.

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