How to Use IB Physics Flashcards to Remember More
Use IB Physics flashcards as a retrieval tool, not a reading tool. Answer from memory before you flip the card, space your reviews over weeks, mix topics in each session, then check what you remember against exam-style questions. Done this way, a deck becomes a steady, confidence-building habit rather than a last-minute scramble.
Below is a practical routine you can start tonight, whether you take SL or HL.
TL;DR
- Say or write the answer before you turn the card. Re-reading is not revision.
- Review in spaced rounds, not one long session the week before the exam.
- Shuffle topics so you practise choosing the right idea, as the exam requires.
- Keep cards short: one definition, one law, one unit or one step per card.
- Always finish by applying the card to a real exam-style question and checking the mark scheme.
Table of Contents
- What flashcards can and cannot do in IB Physics
- Build cards that actually test you
- The routine: recall, rate, space
- A sample 20-minute session
- Turn card knowledge into exam marks
- Common mistakes to avoid
- Our perspective: why we link cards to everything else
- Try it with a free week
- FAQ
- Sources
What flashcards can and cannot do in IB Physics
Flashcards are excellent for the parts of Physics that must be instantly available: definitions, laws, units, standard derivation steps and the key conditions behind an equation. They free up your working memory so you can think about the problem in front of you.
They are not enough on their own. The IB’s specimen papers for first examinations in 2025 show that, at HL, Paper 1A and 1B together run 2 hours for 60 marks, and Paper 2 runs 2 hours 30 minutes for 90 marks. Most of those marks reward applying ideas to unfamiliar situations. Cards get the knowledge ready. Questions prove you can use it.
Build cards that actually test you
A weak card has a paragraph on the back. A strong card asks one thing and has a short answer. Aim for these types:
- Definition cards. Front: “Define impulse.” Back: one precise sentence, in the wording examiners expect. Our IB Physics definitions page is a good check for command-term precision.
- Condition cards. Front: “When does the equation for simple harmonic motion apply?” Back: the condition in a few words.
- Unit and quantity cards. Front: “SI base units of the newton.” Back: the answer.
- Process cards. Front: “First step in resolving a projectile’s initial velocity.” Back: the step, not the whole solution.
- Misconception cards. Front: “Does a heavier object fall faster in a vacuum?” Back: the correct idea and why.
A general guide to science flashcard types makes the same point about two-direction term and definition cards: keep the back to one sentence.
If you would rather not build every deck yourself, our IB Physics flashcards are written by IB examiners and follow the current syllabus, so you spend your time learning rather than formatting.
The routine: recall, rate, space
Step 1: Recall before you flip
Read the front. Answer aloud or on paper. Only then turn the card. This effort is the learning. A US Institute of Education Sciences practice guide recommends quizzing students as a way to promote learning, using it for retrieval practice and spaced exposure to reduce forgetting.
Step 2: Rate your honesty
Sort each card into three piles: got it, nearly, missed it. Be strict. “Nearly” means you hesitated or left out a key word. Those cards come back sooner.
Step 3: Space your reviews
Cramming feels productive and fades fast. A study on spaced repetition in physics learning materials found that groups using spaced repetition improved their mean score by 1.50 points after three months compared with control groups. It also suggests that a gap of roughly 10 to 20% of the time you need to remember something is a sensible target.
In practice, if your exams are in about 20 weeks, review a new card again after two to four days, then after a week or so, then every two to three weeks. If your exam is closer, shrink the gaps in proportion. Our post on spaced repetition timetables for IB science exams gives three ready-made schedules.
Spacing also protects your calendar. A short weekly check-in helps you see which decks are due and which topics are slipping, and this guide to an evidence-backed weekly review shows how to fit that into a busy school week without a long cram session.
Step 4: Mix your topics
Once you know a few decks, stop revising one topic at a time. Shuffle mechanics, waves, fields and thermal physics together. In a study by Samani and Pan, interleaved practice in undergraduate physics produced median improvements of 50% and 125% on two surprise tests with novel problems.
Expect it to feel harder. The same research notes that learners often feel they learn less when switching topics, even though that struggle is the kind of “desirable difficulty” that supports lasting learning. If your mixed session feels messy, you are probably doing it right.
A sample 20-minute session
| Minutes | What to do |
|---|---|
| 0 to 3 | Pull the cards due today plus the “missed it” pile from last time |
| 3 to 12 | Recall each card aloud or on paper, then flip and sort |
| 12 to 17 | Redo every missed card once more, then explain the idea in your own words |
| 17 to 20 | Choose one question that uses the weakest card and attempt it |
Twenty focused minutes, four or five days a week, beats a three-hour weekend marathon.
Turn card knowledge into exam marks
A card that you can answer is not yet a skill you can use. Close the loop each week:
- Pick the topic you flagged as weakest.
- Do a handful of exam-style questions from our IB Physics questions bank.
- Mark your answers against the mark scheme, line by line.
- Write a new card for every mark you lost.
That last step is the secret. Your deck grows from your own gaps, so it becomes more personal and more useful each week. Before a test, move on to a topic-based set from the IB Physics tests, and in the final weeks try a full paper from the IB Physics mock exams.
For the days right before an exam, our IB Physics cram sheets condense each topic onto a page, and our IB Physics notes fill in the explanation when a card exposes a real gap in understanding.
Common mistakes to avoid
- Making cards instead of using them. Beautiful decks do not raise grades. Reviews do.
- Cards that are too big. If the answer needs more than two sentences, split it.
- Only reviewing what you know. Comfortable cards feel good. The missed pile is where marks live.
- Skipping the mark scheme. Examiners reward specific wording and steps. Check yours.
- Waiting for motivation. Fix a time, keep sessions short and let the habit carry you.
Our perspective: why we link cards to everything else
We built Tiber Tutor because flashcards on their own sit in a silo. A student knows the card, then freezes on the question. So every resource here is connected: a flashcard points to the notes behind it, the questions that test it, and the mock exams that bring it together. Our content is written by actual IB examiners, which means the wording on the card matches the wording on the mark scheme.
The part we are proudest of is the tracking. Syllabus monitoring, student-led answer review against examiner mark schemes and performance analytics show you which topics need another round, so your spacing is guided by evidence rather than guesswork. We believe no other IB STEM platform joins these pieces together this way, and we think that makes it the best value for money for a student who wants a calm, structured path to a top score.
Whatever tools you use, trust the process: recall, space, mix, check. Small, steady steps build real confidence.
— Oliver
Try it with a free week
Tiber Tutor offers a free 7-day trial, so you can test the flashcards, questions and tracking together. After that, the Per-Subject Plan is $9 per month and the All-Access Plan is $19 per month. See both on our pricing page and pick the one that fits your subjects.
FAQ
How many IB Physics flashcards should I review a day?
Start with what is due, usually 20 to 40 cards, in a session of about 20 minutes. Quality matters more than volume. If the missed pile grows, reduce new cards and spend the time fixing weak ones.
When should I start using flashcards for IB Physics?
Start as soon as you finish a topic in class. Early cards get the most benefit from spacing, because you can review them several times before the exam. If you are starting late, use shorter gaps and prioritise your lowest-scoring topics.
Should I make my own flashcards or use ready-made decks?
Both can work. Writing a card after you lose a mark in a question is very effective. Ready-made, examiner-written decks save time and make sure definitions match the syllabus. Many students use a ready-made deck as the base and add their own cards on top.
Are flashcards enough to get a 7 in IB Physics?
No. Flashcards secure recall, but the papers reward applying ideas to new problems. Pair your cards with timed exam-style questions, mark scheme review and full mock papers.
Sources
- IB Physics specimen papers 1A, 1B and 2 (IBO)
- Organizing Instruction and Study to Improve Student Learning (IES)
- Applying spaced repetition in designing physics learning materials
- Samani and Pan (2021), Interleaving enhances memory and problem-solving skills in physics
- Science Flashcards: 2026 Study Guide
- Beat Cramming in 20 to 60 Minutes: Weekly Review for Students