The circular-motion question you want is three papers deep — a routine “calculate the centripetal force” near the front of one, the conical-pendulum problem that stretches your top set somewhere much further into another. Finding both, in order, means opening several papers you didn’t need. For Cambridge International A Level Physics (9702), where one skill — resolving forces, applying $v^2 = u^2 + 2as$, reading a gradient off a log graph — recurs across the AS and A2 material from one series to the next, that hunt repeats every time you plan. A question bank ends it. This guide is about setting 9702 work by topic and difficulty.

What “by topic” actually means in 9702

A genuinely useful 9702 question bank is tagged to the structure of the syllabus, not to a vague chapter list. Cambridge organises 9702 into AS and A2 content, and a bank worth using lets you filter to the topic areas within each. Broadly these cover:

• Physical quantities and units — SI base and derived units, scalars and vectors, errors and uncertainties.
• Kinematics and dynamics — equations of motion, projectile motion, Newton’s laws, momentum and its conservation.
• Forces, work, energy and power — moments and equilibrium, the work-energy relationship, efficiency.
• Deformation of solids — stress, strain, the Young modulus, elastic and plastic behaviour.
• Waves and superposition — wave properties, the Doppler effect where assessed, interference, diffraction and stationary waves.
• Electricity and D.C. circuits — current, potential difference, resistance, Kirchhoff’s laws, potential dividers.
• Particle and nuclear physics — the nuclear atom, fundamental particles, radioactive decay.
• A2 topics — motion in a circle; gravitational, electric and magnetic fields; capacitance; oscillations; thermodynamics and ideal gases; quantum physics; nuclear physics; and any medical-physics or astrophysics options where assessed.

Treat that list as indicative and check the current 9702 specification for the exact topic split and ordering — it varies between syllabus versions. The reason the tagging matters: when you can pull every past-paper item on, say, capacitor charge and discharge and order it from a routine “calculate the stored energy” to a question that needs the exponential-decay equation and a log-linearised graph, you can set a homework that does one thing well instead of a whole paper that does a dozen things shallowly. That’s the core argument of the parent guide, what a teacher question bank should actually cover — and 9702 is a near-perfect case for it, because its skills are so cleanly separable.

Topic and difficulty — the second filter most folders lack

Topic on its own isn’t enough in physics. “Fields” spans a one-step “state the direction of the force” item and a five-mark problem that combines a gravitational and an electric field, or asks for the work done moving a charge between two points. Setting both to the same class wastes the strong students’ time and strands the weaker ones. A 9702 bank that also grades by difficulty lets you:

• Hand a mid-cohort group the routine, single-equation versions of a topic to build fluency before a test.
• Stretch a secure group with the multi-step, lightly-scaffolded problems — the combined-field questions, the derivations, the data-analysis items — that actually separate the top grades.
• Build a single homework that ramps — three accessible questions, three mid, two stretch — so every student has somewhere to start and somewhere to aim.

For the principle behind setting work this way across templates, see the 9702 mock exam builder, which applies the same topic-and-difficulty thinking at whole-paper scale.

Three ways teachers actually use a 9702 bank

Targeted homework after a topic. You’ve just taught simple harmonic motion. Instead of “do the chapter questions,” pull eight genuine past-paper items on SHM — the defining equation, energy in oscillations, damping and resonance — ramped in difficulty, and set them. Students practise on the real thing: Cambridge’s phrasing, Cambridge’s mark allocations, the units and significant figures the scheme demands, not a textbook approximation.

Closing a gap the data exposed. Your last assessment showed the class hemorrhaging marks on uncertainties and significant figures — the cross-cutting skill that bleeds into every calculation. A topic filter lets you assemble a short, focused set on precisely that, rather than hoping it surfaces again. This is where a question bank and your markbook work together — find the gap, pull the questions, re-test.

Calculation- and graph-fluency practice. Much of 9702 lives in working shown cleanly: resolving vectors, rearranging before substituting, linearising an exponential relationship to read a gradient, carrying units through. A bank lets you set exactly the multi-step numeric and graph-analysis questions where that discipline is built and tested — the habit the 9702 mark scheme rewards and a tired marker checks for.

What “good” looks like — and what to be wary of

A 9702 question bank earns its place when it has: accurate topic tags mapped to the AS and A2 content areas; a difficulty signal you can trust; the full mark scheme alongside each question (marking points, calculation working, the unit requirement, so students see how marks are earned); and enough breadth that you’re not recycling the same six questions every term. Be wary of banks that tag loosely (“Mechanics” with no sub-structure), that strip the mark scheme, or that mix in non-Cambridge questions whose style and rubric don’t match what students will sit. The phrasing conventions of 9702 — “state and explain,” “show that,” “give your answer to an appropriate number of significant figures” — are part of what students need to rehearse.

A note on honesty about scale: the platform reports a large shared question bank across subjects (200,000+ questions), but the number that matters to you is coverage of your topics at your level. Judge a 9702 bank by whether it has a deep, well-tagged set across the AS and A2 areas above — not by the headline total.

How this looks on the platform

Tutopiya’s Cambridge A Level Physics 9702 resources let you filter past-paper questions by the syllabus content areas and by difficulty, set them as homework or a quiz, and have the structured ones auto-marked to the Cambridge scheme — calculation working, units and significant figures included — so you see exactly which sub-skills a class dropped. It’s free to start with one class. For the wider toolkit, see the teacher platform these guides put to work.

This is one of four 9702 guides. The others cover marking 9702 to the Cambridge mark scheme, building a 9702 mock exam from past papers, and 9702 lesson resources mapped to the syllabus.

FAQ

Can I pull 9702 questions for a single topic like circular motion or capacitance? That’s the main reason to use a question bank over a stack of papers. A bank tagged to the AS and A2 content areas lets you filter to one sub-skill — capacitor discharge, projectile motion, the Young modulus — and assemble a focused set in minutes, rather than scanning whole papers for the two questions you want.

Can I set questions by difficulty as well as topic? You should be able to. Difficulty is what lets you build a ramped homework — accessible single-equation items to start, multi-step or combined-field problems to finish — so a mixed-attainment class all has somewhere to begin and somewhere to aim. Topic without difficulty tends to mis-pitch the work for half the room.

Does the bank reflect the cross-cutting skills like uncertainties and units? A good 9702 bank lets you target the skills that aren’t a single chapter — significant figures, uncertainties, vector resolution, graph linearisation — because those bleed into every calculation and are where marks quietly leak. Being able to set a focused set on them is one of the more useful things a bank offers.

Does it include the mark scheme with each question? A 9702 bank worth using keeps the Cambridge mark scheme alongside each question, including the calculation working and the unit requirement, so students can see how credit is earned and you can mark consistently. A bank that strips the scheme is much weaker for exam preparation.

How does this differ from just giving students past papers? A whole paper tests many topics at once and takes a long evening to mark. A question bank lets you target one skill, grade it by difficulty, re-test a gap your data exposed, and auto-mark the structured parts — turning the same questions into something you can act on week to week.

The bottom line

A 9702 question bank is worth using when it’s tagged to the AS and A2 content areas, graded by difficulty, and carries the mark scheme — working, units and all — with every question. Used that way, it turns “set some physics homework” into “set eight ramped questions on the exact skill this class is dropping” — which is the difference between practice that fills time and practice that moves grades.

Build targeted 9702 homework from real past papers — free with one class →

Ready to Excel in Your Studies?

Get personalised help from Tutopiya's expert tutors. Whether it's IGCSE, IB, A-Levels, or any other curriculum — we match you with the perfect tutor and your first session is free.

Book Your Free Trial