If you have less revision time than recommended, you need to be strategic. Here is how to maximise your grade with limited preparation.
Step 1: know the exam format
Before revising any content, understand what you will face:
- Paper 2 (Multiple Choice): 40 questions, 45 minutes.
- Paper 4 (Theory): 80 marks, 1 hour 15 minutes (Extended) or Paper 3: 80 marks, 1 hour 15 minutes (Core).
- Paper 6 (Alternative to Practical): 40 marks, 1 hour.
Total marks across all papers determine your grade. Every mark counts equally.
Step 2: prioritise by mark weight
The syllabus sections carry different weights. Focus on the sections with the highest marks first:
- Forces and motion (approximately 25% of marks)
- Electricity and magnetism (approximately 25% of marks)
- Thermal physics (approximately 15%)
- Waves (approximately 15%)
- Nuclear physics (approximately 10%)
- Space physics (approximately 10%)
If you only have time for two sections, choose forces and electricity. Together they cover roughly half the exam.
Step 3: learn the equations
Memorise all required equations. This is the most efficient use of revision time: many questions award marks for stating the correct equation and substituting values, even if you cannot explain the theory behind it.
Spend 30 minutes per day writing out equations from memory until you can recall them all.
Step 4: do past paper questions, not reading
Every hour spent on past paper questions is more effective than an hour reading notes. Past papers show you:
- The exact style of questions that appear.
- The specific wording that earns marks.
- Which topics come up most frequently.
Start with the most recent papers, as they best reflect the current exam style.
Step 5: target 1-mark and 2-mark questions
Short questions (definitions, single-step calculations, identifying components) are faster to learn and more predictable than long questions. If your time is very limited, focus on being able to answer every short question correctly rather than attempting the 6-mark questions.
A 2-week emergency plan
| Day | Focus |
|---|---|
| 1-2 | Forces equations + 10 past paper questions on forces |
| 3-4 | Electricity equations + 10 past paper questions on electricity |
| 5-6 | Thermal physics key concepts + 5 past paper questions |
| 7-8 | Waves key concepts + 5 past paper questions |
| 9-10 | Nuclear and space physics (definitions only) + 5 past paper questions |
| 11-12 | Full timed past paper + review errors |
| 13-14 | Second full timed paper + final equation review |
This is not ideal, but it covers the highest-impact material in a realistic timeframe.
What to skip if time is very short
If you must cut content, deprioritise:
- Detailed theory explanations (focus on equations and definitions instead)
- Paper 6 experimental design (focus on data handling and graph skills instead)
- Extended-only content if you are on the Core tier
Apply this study skill next
Need a Plan Based on Actual Work?
A private taught trial can help distinguish whether the repeated difficulty is mainly Physics knowledge, Mathematics, practical reasoning or exam technique before regular lessons are discussed.