How to Make an A Level Chemistry Revision Timetable

A revision timetable can tell you when to study chemistry without telling you what to finish. "Bonding on Tuesday" names a topic. "Explain bond polarity, then answer a fresh question without notes" names an outcome. Build your timetable around outcomes, with a planned date to check that the outcome held.

A useful timetable answers three questions: What will I do? How will I know I have done it? When will I check it again? You can still colour-code topics, but use an actual attempt to decide what needs attention.

Start with your actual constraints

Before building anything, settle three things.

First, your exam year and syllabus. If you are sitting Cambridge International A Level Chemistry (9701) in the 2025 to 2027 series, plan against the published 2025–2027 syllabus document. If you are sitting in 2028 or later, check the next edition before relying on this guide's structure, since content and assessment details can change between syllabus cycles. If you follow a different exam board, do not assume the content, paper structure or AS/A2 split matches Cambridge International. Confirm it against your own board's current syllabus.

Second, whether you are completing AS Level only or the full A Level. This affects which topics are live for your next exam series and how much content you are covering in parallel.

Third, the real time you have around your other subjects. There is no universal daily target that suits every student. Someone with three other demanding subjects and someone with a lighter timetable cannot sensibly follow the same number of hours. Work out what time chemistry can realistically have this week, then build within that, rather than starting from an ambitious number and trying to make your life fit it.

Judge topics by evidence, not by how confident you feel

Use your confidence as a starting clue, not the only evidence. Recognising an explanation and applying it to an unfamiliar question are different tasks.

Start by separating what you have already been taught from what is genuinely new.

For a previously taught topic, attempt a short task without notes. Check the answer and identify the next repair. A good first attempt is encouraging. Keep that topic in later mixed practice so you can check whether it sticks. Keep successful topics in later mixed checks and retain the full syllabus checklist.

For unfamiliar material, read an explanation and study a worked example first. Use supported practice before attempting independently. Leave timing aside during first learning; a timed failure alone does not identify the prerequisite you need.

This is the shift at the centre of this guide: you are not scheduling topic names. You are scheduling attempts, honest outcomes and dated revisits.

Your revision week at a glance

The sample below gives every session a clear outcome, rather than just assigning a topic.

This is one example, not a timetable every student should copy. Adjust it around school, other subjects and breaks. The day-by-day notes below show how the minutes could be used.

A sample week built on a 260 minute budget

The slots below use an illustrative independent-study budget of 260 minutes across the week: 40 minutes Monday to Friday, 60 minutes on Saturday, and no scheduled study on Sunday. Treat this as one example structure, not an optimal-learning claim or a target every student should match. Fill in your own topics; the subjects named here show the type of task, not a required order.

Monday, 40 minutes: already-learned diagnostic

Attempt a short set of calculation questions unaided, then mark them and identify exactly where each error occurred: unit conversion, mole ratio, or significant figures.

Monday allocation: 10 minutes on a stoichiometry attempt, 10 on checking it, 15 on a targeted repair and 5 on an unaided correction. Total: 40 minutes. Record the species ratio or unit conversion that needs work. This planning card does not introduce a new calculation or claim a result.

Revisit: a fresh, unseen version of this topic is scheduled for Friday, not today's corrected questions repeated from memory.

Tuesday, 40 minutes: already-learned diagnostic and repair

Tuesday allocation: 15 minutes explaining bond polarity, 10 on Monday’s original correction, 10 checking and repairing the work, and 5 booking Saturday’s fresh bonding task. Total: 40 minutes. If Monday was missed, use the 10-minute correction slot for a short stoichiometry diagnostic instead; do not add time.

Record whether the same error type appeared again.

Revisit: a fresh bonding question is scheduled inside Saturday's block.

Wednesday, 40 minutes: new-material branch

Wednesday is the new-material example. Spend 15 minutes learning primary-alcohol oxidation, 10 following a worked example, 10 attempting supported practice, and 5 checking an independent response. Total: 40 minutes. Compare conditions for obtaining an aldehyde or a carboxylic acid from a primary alcohol. Secondary alcohols instead oxidise to ketones; do not treat their reaction as the acid-production route.

Timing is not the point here. Understanding which condition produces which product is.

Revisit: a fresh, unaided version of this question is scheduled for next Monday.

Thursday, 40 minutes: written practical and data reasoning

Thursday allocation: 15 minutes on a written planning task, 10 interpreting supplied data, 10 checking feedback and 5 recording an evaluation point. Total: 40 minutes. This is written planning, analysis and evaluation only. Supervised hands-on preparation must be arranged with your school or teacher, separately from this independent-study budget.

Record whether any difficulty was in understanding the data or in expressing the conclusion clearly.

Revisit: a fresh practical-reasoning question is scheduled for next Tuesday.

Friday, 40 minutes: mixed questions, including Monday's fresh check

Friday allocation: 20 minutes on a mixed question set including a fresh stoichiometry check, 15 marking it, and 5 recording the next repair. Total: 40 minutes. Use a question you have not already corrected for the fresh check.

Saturday, 60 minutes: question-set block, not a full mock

This is a longer set of questions at a duration you choose from your own practice material, not an assumed length. It is not a substitute for a full timed mock, which needs its own verified duration and separate marking time.

Saturday allocation: 20 minutes on Tuesday’s fresh bonding task, 15 checking answers and resolving remaining feedback, and 5 planning next week. The remaining 20 minutes are a flexible slot: either bounded catch-up or further practice with checking included. Total: 60 minutes. The fresh check and feedback are not replaced by catch-up.

Sunday: rest

No study is scheduled. This protects the rest of the week's checks rather than being lost time.

If you miss a session

If Monday's 40 minutes do not happen, do not try to fit 40 minutes of new work into another day's slot on top of what is already planned there. The topic stays open.

If Monday was missed, replace Saturday’s 20-minute flexible practice slot with 20 minutes of catch-up. Keep Friday’s fresh check, Saturday’s bonding check and Sunday’s rest. A missed 40-minute task cannot all fit into that slot: move its remaining lower-priority work to next week. Replace work within the budget; never add it on top.

Be honest about the total. A missed 40 minute Monday session means you actually studied 220 minutes that week, not 260. That is an accurate record worth keeping, not a problem to disguise.

If a topic is missed repeatedly, treat that as a reason to rebuild next week's budget around it, not as a reason to simply add more hours on top of an already full week.

A blank planner you can copy

Use these columns to build your own week. Fill in real dates for the revisit column rather than leaving it vague.

Keep other subjects and personal commitments in their own separate plan. This structure is for chemistry alone.

Moving from topic practice to mixed and timed work

Use focused topic tasks when locating a gap. Once you can apply the idea independently, add mixed questions and timed question sets. Book a full-paper mock only when you have checked that paper’s duration and reserved additional marking time. A successful topic stays in later mixed checks; it does not leave the syllabus plan.

Frequently asked questions

How many chemistry topics should I schedule per week?

There is no fixed number that suits everyone, because it depends on how many topics are still open according to your diagnostic attempts, and how much time chemistry has relative to your other subjects. Count open topics from your own evidence, not from a generic checklist.

What if my diagnostic attempt shows I am weaker than I expected?

That is the diagnostic working correctly, not a sign you are behind. Record the specific error type, schedule a focused repair slot, and revisit it within the same week using fresh questions rather than ones you have already seen.

How do I know if a topic is "already learned" or "new material"?

If you have been taught it in class and have notes or a worked example you have already seen, treat it as already learned and start with an unaided attempt. If you have not yet covered it, or only skimmed it, treat it as new material and start with an explanation and supported practice instead.

Can I use this structure for other A Level subjects?

The underlying approach, attempt a real question, record the outcome honestly, schedule a dated revisit, applies generally to subjects assessed through applied questions rather than pure recall. The example week above is built around chemistry, so adjust the task types to match your other subjects' assessment styles.

Your next step

Fill the blank planner with your actual available minutes. For a taught topic, begin with a short diagnostic; for a new topic, begin with supported learning. Record the result and book a fresh revisit. Add the minutes before committing to the week, and keep the plan within the time you actually have.

Explore more study guides and subject resources on Alt Academy. Check your examination board and syllabus year before using any guide for exam preparation.