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G3 Physics / O-Level Physics · Topic hub

Static Electricity

G3 Physics and O-Level Physics Static Electricity hub aligned to all nine syllabus outcomes for charge, electric fields, rubbing, induction, hazards and the electrostatic precipitator.

  • G3 Pure Physics K323 / retained O-Level Physics 6091
  • 6 lessons
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Before you begin

Follow the lesson route in order when the topic is new. If you are revising, begin with the topic check and return to the lesson it identifies.

Be comfortable with: Measurement Of Physical PropertiesWhat Is Force

How the ideas connect

  1. Charge transfer
  2. Electric forces
  3. Fields and induction
  4. Hazards and uses

Learn in order

Lesson route

01

Charge and induction foundations

  1. 01Charging by RubbingCharge types, interactions and electron transfer by rubbing.
  2. 02Insulators & ConductorsHow electron mobility supports rubbing, earthing and induction reasoning.
  3. 03Ways to Charge ConductorsThe experimental induction sequence and electron flow through Earth.
02

Electric fields

  1. 04Electric FieldsDirected patterns for isolated, unlike-pair and like-pair point charges.
03

Hazards and applications

  1. 05Electrostatic HazardsCharge build-up, spark discharge, stated harm and risk controls.
  2. 06ApplicationsThe electrostatic precipitator and transfer to unfamiliar situations.

Prove your understanding

Practice and repair

Recommended next stepStatic Electricity topic checkFind the exact ideas that need another look.Start topic check

Other ways to practise

Key ideas and reference

Use this concise Static Electricity checklist for orientation. Open a linked lesson for definitions, derivations, diagrams and worked examples.

  • Charge types, interactions and electron transfer by rubbing.
  • Directed patterns for isolated, unlike-pair and like-pair point charges.
  • Charge build-up, spark discharge, stated harm and risk controls.
  • The electrostatic precipitator and transfer to unfamiliar situations.
Course coverage and review details

This route covers: Master all nine learning outcomes in Topic 13 Static Electricity. Connect charge transfer to field, induction, hazard and application reasoning.

G3 Pure Physics and retained O-Level access share this learner route while qualification-specific evidence remains separate.

Reviewed Jul 19, 2026

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Frequently asked questions

What should I study first in Static Electricity?

Start with charge types, the coulomb unit, attraction and repulsion. Then learn electron transfer by rubbing before fields and charging by induction.

What is the most important induction sequence?

Bring the charged body near without contact, connect Earth, disconnect Earth while the body remains near, then remove the charged body. Track electron direction for the stated charge sign.

Which electrostatic application is explicitly required?

The syllabus explicitly names the electrostatic precipitator and also expects candidates to apply the charging principle to new situations.

What should I do after the lessons?

Use the Electricity and Magnetism diagnostic for objective-specific feedback, then complete the Static Electricity quiz and structured practice.