Question 1

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

Accepted Answer

Memorising A-Level Physics vocabulary is a gradual process rather than a one-off task, so there's no fixed timeline that applies to every student. Our flashcards are built around spaced retrieval, which means you return to the same terms repeatedly over days and weeks rather than attempting to absorb everything in a single session.

We'd suggest short, regular sessions spread throughout the course rather than a concentrated push close to exams; your recall builds steadily and more naturally with that approach. Consistency matters far more than any single long session.

Question 2

How many flashcards should I do a day?

Accepted Answer

The right number depends on where you are in the course and how much time you have each day, but we'd suggest prioritising consistency over volume. Our flashcards are organised by topic for 9PH0, so you can focus on whichever area you're currently studying or finding tricky, rather than working through everything at once. Spaced retrieval, the evidence-based technique that makes flashcards so effective, works best when you show up daily, so a manageable routine you can stick to will serve you far better than an occasional marathon session.

Question 3

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

Accepted Answer

Both approaches have real value for Edexcel A-Level Physics, and combining them tends to work well. Our flashcards are already mapped to the 9PH0 specification, so you can get straight into testing yourself without spending revision time creating cards from scratch.

That said, making a small number of your own cards for the concepts you find trickiest can deepen understanding, since the act of writing a card forces you to think carefully about the wording. A useful hybrid is the blurt technique: after working through our flashcards on a topic, close them and write down everything you can recall, then check what you missed.

We'd suggest starting with our flashcards to build confidence across the full specification, then adding your own for any areas that still feel uncertain.

Question 4

Which Pearson Edexcel Physics topics are flashcards best for?

Accepted Answer

Flashcards shine brightest on the definition-heavy and equation-rich topics in 9PH0. Topics like Nuclear and Particle Physics (quarks, leptons, conservation of charge, baryon number and lepton number), Waves and Particle Nature of Light (wavefront, coherence, path difference, superposition) and Nuclear Radiation (binding energy, radioactive decay equations) carry a lot of terminology that responds really well to spaced retrieval.

Our flashcards also help you nail the key equations from Electric and Magnetic Fields and Gravitational Fields, where recalling the right formula under pressure is genuinely important. That said, every topic in the spec has definitions and formulae worth committing to memory, so we'd suggest using our flashcards across all 13 topics rather than limiting them to a handful. For the more calculation-heavy content in Mechanics and Further Mechanics, pairing flashcards with our exam practice will help you move from recalling a formula to applying it confidently in context.

Question 5

Why do I keep forgetting A-Level Physics vocabulary?

Accepted Answer

Physics vocabulary is tricky because A-Level Physics introduces dense, precise terminology across many topics, from concepts like *electromotive force* and *terminal potential difference* to *flux linkage* and *threshold frequency*, and passive reading rarely makes these stick.

The issue is that your brain needs active recall to build lasting memory: reading a definition once, or even several times, gives you a false sense of familiarity without being able to genuinely retrieve it under pressure.

Our flashcards are designed exactly for this, prompting you to retrieve each definition before revealing the answer. We'd suggest working through a small set each day rather than cramming lots in one go, so the repetition has time to take effect.