Lesson
01F = BIL
Introduce the magnetic force on a current-carrying conductor.
No lesson resources linked yet.
Year 13
Side B4: Magnetic Fields and Induction
Develop magnetic forces, induction, particle accelerators, and transformers.
Part of Year 13 CIE Physics 9702.
Topic Overview
What students will cover
This topic combines force models, applications, and electromagnetic induction. Keep the order clear so students can move between theory, practical work, and review lessons without confusion.
Syllabus CIE 9702 coverage in this topic
No points linked
Show details
CIE 9702 coverage in this topic
No points linked
Add syllabus point codes to the lessons in this topic to show topic-level coverage here.
Lessons
Lesson sequence
Open any lesson for summaries, objectives, notes, and linked resources.
Lesson
02F = BIL Practical
Apply the magnetic force equation through practical work.
No lesson resources linked yet.
Lesson
03Particle Accelerators
Study magnetic fields through the context of particle accelerators.
No lesson resources linked yet.
Lesson
04Hall Probes
Use Hall probes to measure and interpret magnetic fields.
No lesson resources linked yet.
Lesson
05EM Induction
Introduce electromagnetic induction and the conditions needed to induce an emf.
No lesson resources linked yet.
Lesson
06EM Induction + Lenz's Law
Extend induction work using Lenz's law to determine direction.
No lesson resources linked yet.
Lesson
07Transformers
Apply induction ideas to transformer operation and calculations.
No lesson resources linked yet.
Lesson
08Review
Review magnetic fields and induction before assessment.
No lesson resources linked yet.
Lesson
09Test
Assess understanding of magnetic fields and induction.
Lesson
10Review
Review the topic after the test and consolidate remaining weak areas.
No lesson resources linked yet.