Exam season · 3 August 2026 · 5 min read
The 12-week physics revision timetable that actually holds
Updated 25 September 2026
Every January, students build beautiful revision timetables. By February, most are abandoned. The problem is never discipline — it is design: timetables fail because they are built for an imaginary student with infinite evenings and no bad days. Here is the 12-week structure I have refined across thirty years, built for real students with school, homework and a life.
The three rules that keep it alive
Before the schedule, the rules that make it survivable:
- —Plan five days a week, not seven. The two spare days absorb the bad weeks. A timetable with no slack shatters the first time life happens.
- —Sessions of 45 minutes, one topic each. Two sessions on a school evening, four on a weekend day, is sustainable. Marathon days are not.
- —Every session produces something checkable: a page of notes rewritten from memory, a marked past-paper question, a quiz score. If you cannot point at what a session produced, it did not happen.
Weeks 1–6: coverage
One topic per session, straight through the syllabus — mechanics first, then thermal, waves, electricity, atomic. For each topic: read the revision notes, rewrite the definitions and equations from memory, then do one past-paper question on that topic and mark it against the real mark scheme.
The memory rewrite is the step students skip and the step that matters most. Reading feels like learning; retrieval is learning. The free topic notes on this site are structured for exactly this — definitions in mark-scheme wording, equations with units, the traps listed.
Weeks 7–10: past papers by paper type
Switch from topics to papers. Alternate: one session of theory paper questions, one of multiple choice done fast, one of Paper 6 (or practical-paper) technique. Always timed, always marked honestly, always with a list of marks lost and why.
Keep a single page titled 'where my marks die'. After every marked paper, add to it. By week ten, that page is a personal syllabus — and weeks eleven and twelve exist to work through it.
Keep one page titled 'where my marks die'. By week ten, it is your personal syllabus.
Weeks 11–12: the sharpening
Prioritise consolidation while repairing any remaining examinable gaps. Work through the weak-list, revisit earlier mistakes and then attempt fresh questions to check transfer. Practise recalling and applying equations without looking at the formula sheet. Keep the final week realistic so revision does not consistently replace normal sleep.
Students inside my course get this structure enforced for them: weekly homework, regular exams, and someone checking the marking honesty. If self-enforcement is the part that fails you — and it fails most students — that is what the course is for.
Questions, explained
Choose a question for a direct answer, then explore the explanation and supporting resources. Each answer has its own link to save or share.
How many hours of Physics revision should I schedule each week?
There is no single number that suits every student. Start with the remaining syllabus, assessment date, current gaps and other commitments. Allocate realistic sessions with a defined task, then adjust using marked work and whether you can sustain the plan.
Four focused half-hour sessions may be a useful starting structure for one student, while another needs more time for an unfinished course. The number is a planning choice, not an evidence-based promise of a grade. Include time to mark and correct questions; a timetable that counts only attempts underestimates the work. Leave room for school assignments and catch-up so one missed session does not derail the week.
How do I restart a revision timetable after missing a week?
Reassess the remaining tasks and dates instead of automatically doubling every upcoming session. Keep essential syllabus coverage and high-priority repairs, reduce unnecessary repetition, and move flexible tasks. Restart with one achievable session that produces checked work.
List what was genuinely missed: an unread topic, an unmarked paper and a planned review are different tasks. Marking the completed paper may reveal that some proposed revision is no longer the best use of time. Preserve a small mixed check so familiar material stays accessible. If the timetable repeatedly slips, shorten or redistribute sessions and discuss the workload with a teacher rather than treating each missed block as a personal failure.
How do I fit practical and graph skills into a topic-based timetable?
Attach an experimental or data task to the topic you are already studying. For circuits, practise meter connections and controlling temperature; for motion, analyse a graph or timing method. Then include separate timed practical-paper work when it matches your entry route.
A waves session could finish by planning how repeated measurements of several oscillations give a period. A materials session could finish with a force–extension graph and an explanation of its gradient. This connects the method to the physics rather than leaving practical revision until the end. Use your own qualification's assessment structure: Cambridge Paper 6, Edexcel IGCSE written practical questions and IAL Units 3/6 are not interchangeable labels.