A complete, ready-to-teach lesson pack on Magnetism & Electromagnetism for GCSE Physics — fully editable, exam-focused, with a bonus revision mat.

Covering magnetic fields, electromagnets, the motor effect, Fleming’s left-hand rule, the generator effect, and transformers, this bundle gives you everything you need for one comprehensive lesson (or split across two), plus a standalone revision resource.

What’s included (4 fully editable resources):

18-slide PowerPoint presentation — objectives, field/flux density/force definitions, a magnetic field patterns diagram (bar magnet + attract/repel), the magnetic effect of a current, electromagnets, a Fleming’s Left-Hand Rule diagram, F=BIL, permanent vs induced magnets, the generator effect, transformers, a hands-on electromagnet practical, worked calculations, common misconceptions, exam-style question, differentiated tasks, and plenary exit ticket
Detailed lesson plan (Word) — minute-by-minute structure, success criteria, differentiation, safety notes, and homework
Student worksheet + full answer key (Word) — 13 questions across definitions, calculations, exam-style questions, and a challenge extension (how a motor keeps spinning)
Revision mat (2 pages) — a dense knowledge-organiser plus a 20-question rapid recall self-test with answers

Key features:

100% editable — change any text, numbers, or colours to fit your class
Covers core GCSE Magnetism & Electromagnetism content (AQA / Edexcel / OCR compatible)
Two original scientific diagrams: field patterns and Fleming’s Left-Hand Rule
Hands-on required practical: investigating electromagnet strength
Differentiated for Support / Core / Stretch learners
Ready-made mark scheme for quick peer- or self-assessment
PDF previews included alongside editable files

Perfect for: GCSE Physics or Combined Science teachers looking for a polished, plug-and-play lesson on magnetism and electromagnetism — save hours of prep time.

Key Stage: 4 (Years 10–11, Ages 14–16)
Subject: Physics / Combined Science
Topic: Magnetism & Electromagnetism — Fields, Electromagnets, Motor Effect