
A helpful, exam-ready resource for teachers & students.
This abridged and structured revision guide is designed to support IB DP Physics students revising D.3 Motion in Electromagnetic Fields by condensing key syllabus content into a clear, accessible format. It provides full topic coverage while simplifying the principles governing the motion of charged particles in electric and magnetic fields, making it suitable for both classroom review and independent study.
Why This Resource?
Covers Every Assessment Statement – Aligned with the IB DP Physics syllabus to ensure complete topic coverage.
Structured for Easy Review – Information is organised into concise sections for efficient recap and quick reference before assessments.
Interactive & Trackable – Includes digital checkboxes so students can monitor their progress through each concept.
Time-Saving for Teachers – Can be used as a teaching summary, revision handout, or exam prep guide with minimal preparation required.
What’s Inside?
Charged Particle Motion in Electric Fields – How electric forces accelerate particles and affect trajectories.
Equations of Motion Under Uniform Fields – Core relationships linking force, acceleration, and resulting motion.
Magnetic Forces on Moving Charges – Force direction rules and circular motion implications.
Velocity Selectors – Conditions for cancelling electric and magnetic forces.
Combined Field Effects – Understanding motion when both fields interact.
Path Predictions & Graphs – Typical trajectories under different field configurations.
Worked Examples & Visuals – Simple diagrams supporting concept clarity and calculations.
Glossary of Key Terms – Structured list of essential vocabulary with brief definitions.
This resource is:
Concise & Focused – Reinforces essential ideas in a compact format without unnecessary detail.
Exam-Focused – Covers required IB DP Physics content in an assessment-ready format.
Versatile – Ideal for lesson summaries, flipped learning, structured revision sessions, or independent study.
Use these condensed notes to complement your existing teaching materials and support efficient Motion in Electromagnetic Fields revision.
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