QUESTIONS THAT
REPEAT FREQUENTLY
& HOW TO ANSWER THEM
Mechanics Electricity Waves Thermal Physics Quantum
Master Every Topic. Nail Every Mark. Ace Your Exam.
EXAM-FOCUSED 30+ TOPICS COVERED MARK-SCHEME STYLE
Only what matters All major modules Answers examiners want
,OCR Physics A-Level Questions That Repeat Frequently & How To Answer Them
Table of Contents
MODULE 1 Introduction & How to Use This Book 3
MODULE 2 Mechanics — Forces & Motion 4
MODULE 3 Mechanics — Energy, Work & Power 6
MODULE 4 Electricity — Circuits & Components 8
MODULE 5 Electricity — Capacitors 10
MODULE 6 Waves — Properties & Behaviour 12
MODULE 7 Waves — Superposition & Optics 14
MODULE 8 Thermal Physics 16
MODULE 9 Quantum Physics & Photoelectric Effect 18
MODULE 10 Nuclear Physics & Radioactivity 20
MODULE 11 Fields — Gravitational & Electric 22
MODULE 12 Magnetic Fields & Electromagnetic Induction 24
MODULE 13 Practical Skills & Data Analysis 26
MODULE 14 Quick Reference Formula Sheet 28
MODULE 15 Top 10 Exam Mistakes & How to Avoid Them 30
HOW TO USE THIS BOOK
This guide targets the questions OCR examiners set again and again. Each section shows the exact
question type, what the examiner is looking for, and how to write a top-scoring answer. Work
through every chapter and you will arrive at your exam knowing exactly what to do.
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, OCR Physics A-Level Questions That Repeat Frequently & How To Answer Them
ction What examiners look for — and how to give it to them
OCR Physics A-Level examiners reuse the same question types every year. The numbers
change, the scenario changes, but the underlying skill they are testing stays the same. Once
you learn to recognise the pattern, you stop wasting time re-inventing answers and start
scoring marks efficiently.
This book organises those recurring patterns topic by topic. For each one you will see: what the
question looks like, the key physics behind it, and a model answer written in the style the mark
scheme rewards.
The 5 Command Words You Must Master
Command Word What to do
State Give a fact with no explanation. One sentence, no working needed.
Describe Say what happens — include all key observable features.
Explain Give a reason using physics. Always link cause to effect.
Calculate Show full working. State formula, substitute, give answer with unit.
Sketch A labelled diagram — axes, shape, key values. Precision not required.
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