Question 1

How long does it take to memorise the A-Level Physics vocabulary?

Accepted Answer

There is no single timeline that fits every student, because it depends on how much you already know, how regularly you review, and which topics you find most demanding. CIE A-Level Physics 9702 spans 25 topics across AS and A Level, so the vocabulary is genuinely broad, from SI units and wave terminology in the AS content through to concepts like magnetic flux linkage, gravitational potential and radioactive decay constants in the A Level material.

We'd suggest using spaced retrieval with our flashcards: short, regular sessions spread across weeks tend to help terms stick far more effectively than one long cramming block. Our by-topic view lets you focus on the areas that feel least secure first, so you are spending your time where it will make the biggest difference.

Question 2

How many flashcards should I do a day?

Accepted Answer

There's no single number that works for every student, but a consistent daily habit matters more than any specific count. We'd suggest starting with a manageable session each day, using our flashcards to test yourself on the topic you've most recently covered in CIE A-Level Physics 9702, then gradually revisiting older material through spaced retrieval. Our by-topic view makes it easy to focus on one area at a time, whether that's kinematics, electricity or quantum physics, and then cycle back to earlier topics before they fade. Building in that regular review of past material is where the real benefit lies.

Question 3

Should I make my own Physics flashcards or use Cognito's?

Accepted Answer

Both approaches have real merit, but CIE A-Level Physics 9702 covers a substantial range of content across its AS and A Level topics, so building your own set from scratch can eat into the time you need for working through problems and practising past questions.

Our flashcards are built directly from the 9702 syllabus, which means you can be confident you're covering the right material without having to check every card against the spec yourself.

We'd suggest using our ready-made set as your foundation and adding your own annotations for anything you find particularly tricky, such as a formula derivation or a concept that keeps slipping.

A handy hybrid is the blurt technique: read a card, close it, and write out everything you can recall before flipping back to check. That kind of active recall tends to make the content stick far better than passive re-reading alone.

Question 4

Which Cambridge International (CIE) Physics topics are flashcards best for?

Accepted Answer

Flashcards work best for the definition-heavy and recall-heavy areas of CIE A-Level Physics, and 9702 has plenty of them spread across both the AS and A Level content. Topics like Particle physics (topic 11), Quantum physics (topic 22) and Nuclear physics (topic 23) are especially well-suited, as they involve memorising precise definitions such as quark flavours and charges, threshold frequency, work function, mass defect and binding energy.

Medical physics (topic 24) and Astronomy and cosmology (topic 25) also reward flashcard revision, given the volume of terminology around ultrasound, X-rays, PET scanning and concepts like standard candles and Hubble's law. Across every topic, the syllabus uses "recall and use" as a learning outcome for key equations and laws, from Hooke's law and Kirchhoff's laws through to Faraday's and Lenz's laws, so a well-built flashcard set covers those equation-recall moments too.

Our flashcards are organised by topic so you can focus on whichever area you're working on next, and using them through spaced retrieval (returning to cards at increasing intervals) is one of the most effective ways to make definitions and equations stick. Where a topic demands more calculation practice or graph interpretation, such as in kinematics or oscillations, we'd suggest pairing the flashcards with our exam practice to build the fuller skill.

Question 5

Why do I keep forgetting A-Level Physics vocabulary?

Accepted Answer

Physics vocabulary is harder to retain than it might seem, because terms like "e.m.f.", "Young modulus" or "specific acoustic impedance" need to be understood precisely, not just recognised. Cambridge International's AO1 for this course explicitly tests "scientific vocabulary, terminology and conventions", so vague familiarity really will not be enough on the day.

The most common reason students forget new terms is passive re-reading: your brain registers the word as familiar without building a strong retrieval pathway for it. Spaced retrieval solves this by asking you to recall a term before you feel fully ready, which strengthens the memory trace far more effectively than reading your notes again. Our flashcards on this tab are built around that principle, so working through them regularly and returning to the ones you find tricky is a much stronger strategy than a last-minute read-through.