The 5-step framework our physics tutors use to break down any A-Level physics problem โ from mechanics to quantum phenomena.
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Book Trial + Diagnostic โA-Level Physics problems can feel overwhelming. You read the question, see a wall of text with unfamiliar context, and freeze. This happens even to students who understand the physics โ because understanding concepts and solving exam problems are different skills.
Here's the 5-step framework our tutors use to break down any A-Level physics problem.
Before writing any equations, draw a diagram. This single step eliminates more errors than any other technique.
Rule of thumb: If you can't draw it, you don't understand the question yet.
List every piece of information the question provides, converting units as needed:
Given:
m = 2.5 kg
u = 0 m/s (starts from rest)
a = 3.2 m/sยฒ
t = 4.0 s
Find: s (displacement)
This step catches unit errors (e.g., km vs m, minutes vs seconds) before they propagate through your calculation.
Identify which physics principles apply. Ask yourself:
Write down the relevant equations before plugging in numbers.
Before doing the full calculation, estimate the answer:
This catches calculator errors. If you estimate "a few metres" and your calculation gives 3000 m, something went wrong.
Now do the calculation. After getting your answer:
Question: A ball is thrown horizontally from a cliff 45 m high at 12 m/s. Find the distance from the base of the cliff where it lands.
S โ Sketch: [Draw cliff, horizontal velocity arrow, curved trajectory, vertical height]
O โ Organize:
Horizontal: ux = 12 m/s, ax = 0
Vertical: uy = 0 m/s, ay = 9.81 m/sยฒ, sy = 45 m
Find: sx (horizontal distance)
L โ Link: This is a projectile motion problem. Horizontal and vertical motions are independent. Use suvat equations.
V โ Verify: Falling 45 m takes roughly 3 seconds (s = ยฝgtยฒ). At 12 m/s horizontal, that's roughly 36 m. Expect an answer around 36 m.
E โ Execute:
The answer (36.3 m) matches our estimate. Units are correct (metres). The answer is physically reasonable.
The SOLVE framework is most valuable for multi-step problems and unfamiliar contexts. A-Level examiners love disguising standard physics in novel scenarios:
The physics is always the same. The framework helps you see through the disguise.
Yes. The SOLVE framework is based on universal physics problem-solving principles and works for AQA, OCR, Edexcel, and WJEC A-Level Physics.
For a typical 6-mark question: Sketch (30 sec), Organize (30 sec), Link (30 sec), Verify (15 sec), Execute (3-4 min). The first four steps take under 2 minutes but prevent most errors.
Start with what you know about the physical situation. List all forces, all energies, or all fields present. Usually, the relevant principle becomes obvious once you've organized the information. If still stuck, try conservation of energy โ it applies to most mechanics problems.
Written by
James MitchellOxford-educated physicist and A-Level specialist. 10 years tutoring GCSE and A-Level students across the UK. Passionate about making science accessible through structured learning paths.