Unit at a glance
5 lessons, 225 minutes of teaching
Scheme of work
The lessons in order
| Ref | Lesson pack | Structure | Worksheet | Quiz | Lab tab |
|---|---|---|---|---|---|
| 20.1 | Magnetic fields and field lines A magnetic field is a region where a magnet, a moving charge or a current feels a force. | Frayer Model | 1 Q, 12 marks (topic) | 4 checks | tab 1 |
| 20.2 | Force on a current-carrying conductor Put a current in a magnetic field and the wire is pushed sideways. | Connect-Extend-Challenge | 3 Q, 36 marks (topic) | 4 checks | tab 3 |
| 20.3 | Force on a moving charge The motor effect is really a force on each moving charge. | Anticipation / Reaction Guide | 4 Q, 46 marks (topic) | 4 checks | tab 4, sim |
| 20.4 | Magnetic fields due to currents Currents make magnetic fields, and those fields then push on other currents. | Cooperative Concept Mapping | 2 Q, 23 marks (topic) | 4 checks | tab 2 |
| 20.5 | Electromagnetic induction Move a magnet near a coil and a voltage appears from nowhere. | Think-Pair-Share | 4 Q, 47 marks (topic) | 4 checks | tab 5, sim |
Each pack holds the plan, worksheet and quiz for its lesson. Teach the rows in order; the lab tabs match the student lessons.
Also for this topic
Topic resources
Topic labFull-screen simulation
Revision notesOne page per lesson
Notes PDFPrintable topic notes
Concept mapThe topic on one sheet
Student syllabus pageMagnetic fields
Practical trainerGraph trainer
Practical trainerResults tables
Practical trainerUncertainties and evaluation
Practical trainerPlanning an experiment
Practical trainerQuestion 1 set-up builders
Practical trainerLog graphs and error bars