Performance Management (PM) is where ACCA shifts from testing whether you can calculate to testing whether you can advise. It’s the first paper in the qualification with written, constructed response questions. It’s also available quarterly rather than on-demand, so you’re working to a fixed exam date.
Quick summary
- PM is a 3-hour, session-based exam: Section A (15 OT questions, 30 marks), Section B (3 scenario cases with 5 OT questions each, 30 marks), Section C (2 constructed response (CR) questions, 40 marks)
- PM’s pass rate has run 40-45% over the last five sittings, landing at 41% as of June 2026, making it noticeably harder than every Applied Knowledge paper
- The technique shift here is real: Section C rewards turning a correct calculation into a stated conclusion about what it means for the business, and that narrative half of the marks is earned independently of whether your numbers are exactly right
We summarised ACCA’s PM examiner’s reports (Sep 2024-Jun 2026) and the best insights from past candidates in our tips shortlist below.
Other ACCA exam tips by paper: Business and Technology (BT) | Management Accounting (MA) | Financial Accounting (FA) | Corporate and Business Law (LW) | Taxation (TX) | Financial Reporting (FR) | Audit and Assurance (AA) | Financial Management (FM) | Strategic Business Leader (SBL) | Strategic Business Reporting (SBR) | Advanced Financial Management (AFM) | Advanced Performance Management (APM) | Advanced Taxation (ATX) | Advanced Audit and Assurance (AAA)
What’s the format of the ACCA PM exam?
Knowing exactly what you’re up against changes how you prepare, so here’s a quick summary of the PM exam format. Full detail is also available directly on ACCA’s own PM exam support page.
| Section | Question type | Marks | Time budget |
|---|---|---|---|
| Section A | 15 objective test (OT) questions, 2 marks each | 30 | ~54 minutes, ~3.6 minutes per question |
| Section B | 3 case scenarios, each with 5 OT questions worth 2 marks | 30 | ~54 minutes, ~18 minutes per case |
| Section C | 2 constructed response (CR) questions, 20 marks each | 40 | ~72 minutes, ~36 minutes per question |
PM exam lasts 3 hours. Candidates can choose quarterly exam windows (March, June, September, December), unlike the on-demand Applied Knowledge papers. The pass mark is a fixed 50%.
Objective test (OT) questions have one correct answer which are marked by computers. Whereas a human examiner marks constructed response (CR) questions, which require full written answers, mixing calculation with narrative discussion.
What are the most effective ACCA PM exam tips?
| ACCA PM Tips | Why |
|---|---|
| Use the spreadsheet response area’s formula and cell-reference functionality rather than typing in final answers | Workings shown in formulas or cells earn follow-through marks even when an input or intermediate figure is wrong, and typed-in answers carry a much higher risk of transcription and rounding errors. |
| Identify every verb in a multi-part requirement (calculate, explain, discuss, comment) and answer each one | Requirements routinely bundle a calculation with a written element, and the written element is regularly skipped or under-length even when the calculation is done well. |
| Round to the exact decimal place or format specified in the question, and round rather than truncate | Examiners specify precision deliberately, and figures like 5.67% mistakenly shown as 5.6% instead of 5.7% lose marks that have nothing to do with technical understanding. |
| Turn calculated figures into analysis by stating what they mean, not just what they are | Restating a result (“ROCE fell from 21.4% to 19.7%”) earns no analysis marks on its own; the mark comes from saying what that fall indicates about performance. |
| Weave specific scenario details into both calculations and commentary | Generic, textbook-level answers score far lower than ones that link figures back to what the scenario says about the business, its market, or its constraints. |
| Show separate workings for any lengthy formula rather than building one long formula in a single cell | Long in-cell formulas are more error-prone, and a separate labelled working still earns credit even if the final figure is wrong. |
| Write the narrative half of a Section C answer in full, even when the calculation feels shaky | Discussion and recommendation marks are awarded on their own merits, not docked because an earlier calculation was slightly off, so skipping the write-up over calculation doubt costs marks that were still available. |
| Apply marginal costing by default unless the question specifies absorption costing | PM defaults to marginal costing as its standard approach, and applying the wrong costing basis without being told to produces a technically consistent but wrong answer. |
What do examiners flag for each part of the PM syllabus?
| ACCA PM Topic | Topic-specific Tips |
|---|---|
| Big data and the big data pyramid | Learn the four stages in strict order (data, information, knowledge, wisdom) and match each definition precisely: information finds patterns, knowledge shows how those patterns can be applied. Only wisdom is where insights are converted into value-adding decisions. |
| Information security controls | Distinguish logical (passwords, access permissions), physical (device restrictions), personnel (screening, training, roles) and policy (confidentiality agreements) controls precisely, since scenario wording is designed to make one type sound like another. |
| Life-cycle costing | Total every cost across the full product life, from development through decline, before dividing by total units to get cost per unit, then add the required margin on top rather than calculating price per stage. |
| Throughput accounting and the theory of constraints | Remember the TPAR formula (throughput per bottleneck hour divided by factory cost per bottleneck hour). Work through which specific action increases or decreases each side, rather than assuming any efficiency improvement automatically helps: overtime pay raises factory cost and lowers TPAR even though it increases available hours. |
| Identifying the bottleneck | Calculate maximum possible output at each production stage (capacity divided by time per unit) rather than picking the stage with the lowest total hours or the highest time per unit by inspection, since the true bottleneck only shows up once every stage is calculated. |
| Environmental costing and ABC | Recognise ABC only improves cost allocation for shared overheads that can be traced to an activity driver, such as a treatment plant supervisor’s salary. Costs already directly attributable to one product, such as fines or normal losses, are not improved by moving to ABC. |
| Relevant costing for shutdown and make-or-buy decisions | Include revenue, variable costs and attributable (avoidable) fixed costs only, and treat any product with a negative relevant contribution as one that should be discontinued or outsourced. For qualitative follow-up, cover impacts not already captured in the numbers: reputational effects on other outlets, staff morale, and one-off closure costs like penalties or redundancy. |
| Relevant cost of assets already in use | When an asset already in use is needed for a new order, the relevant cost is the lower of its net income if kept in current use and the cost of replacing it, never the original purchase price, which is sunk. |
| Minimum pricing | Base minimum price on incremental and opportunity costs only. Treat it as a short-term tool: it can erode perceived product value and make it hard to raise the price on repeat orders once a low expectation is set. |
| CVP analysis | Recalculate break-even and C/S ratio from first principles rather than assuming proportional relationships hold. A fixed cost increase changes break-even point by the same percentage, but a change in selling price does not change the C/S ratio by the same percentage, since both price and contribution move together. |
| Learning curve calculations | Use the tabular method when only two output levels are given and one is double the other (cumulative average time falls by the learning rate as output doubles). Switch to the algebraic method only when the two output levels are not an exact doubling. |
| Pricing strategies and the demand function | Derive the demand equation P = a – bQ from the given price and quantity data before calculating marginal revenue (MR = a – 2bQ). Match each named pricing strategy to the specific scenario detail that supports or rules it out: complementary pricing needs a genuine add-on product, skimming needs patent protection or limited competition, price discrimination needs separable markets with different demand elasticity. |
| Transfer pricing | Evaluate a proposed transfer price from both the selling division’s and the buying division’s perspective separately before judging it, since a price can be technically acceptable to one division while still working against the group’s overall interest. |
| Divisional performance: ROI and RI | Use operating (pre-tax, pre-interest) profit, not profit after tax. Use the correct divisional cost of capital, not the whole-company rate, when either is specified separately in the scenario. |
| Divisional performance commentary | State explicitly which division is performing better on each measure, and compare against any whole-company average provided. Use scenario detail (a manager’s recent investment, a change in strategy) to explain why the numbers differ, not just describe them. |
| Standard costing: materials mix and yield variances | Calculate the actual quantity in standard mix (total actual input multiplied by each material’s standard proportion) to isolate the mix variance. Remember the sign of a mix variance has no fixed relationship to the yield variance’s sign, since a favourable mix can still produce an adverse yield if quality suffers. |
| Semi-variable cost forecasting (high-low with a step) | Identify the correct activity level to isolate the variable cost per unit first, then apply the appropriate fixed cost tier separately to each forecast activity level, watching for a stated step change in fixed costs at a specific volume threshold. |
| Not-for-profit and public sector performance (3 E’s) | Give complete, non-circular definitions of economy, efficiency and effectiveness, then explain why a balanced mix matters by linking the three together, for example how a funding cut (economy) can push a service to over-focus on efficiency at the expense of effectiveness. |
| Building Block model | Apply ownership, achievability and fairness as three distinct two-mark tests rather than one broad discussion, keeping controllability under ownership and cross-location consistency under fairness rather than blending the two. |
| Balanced scorecard analysis | Where extra calculations are invited, choose ones that add genuine comparative insight (such as market decline vs company decline) rather than recalculating a figure already given. Use those calculations to link separate scorecard perspectives together rather than discussing each in isolation. |
| Activity-based budgeting | Calculate the following year’s production quantity first (sales plus closing inventory minus opening inventory), since this quantity flows into multiple cost driver calculations. Apply any given inflation or probability adjustments to cost driver rates as a separate, clearly labelled step. |
FAQs
PM’s pass rate has run between 40%-45% over the last five sittings, landing at 41% as of June 2026. This makes it noticeably harder than any Applied Knowledge paper. See our ACCA pass rates breakdown for how this compares across every paper.
A constructed response question is a written answer marked by a human examiner, not an auto-marked format like objective test questions.
Section C’s two 20-mark CR questions mix calculation with narrative discussion, and typically require you to explain what a figure means or recommend a course of action, not just produce a number.
Generally yes. PM builds on MA’s techniques, but shifts the emphasis from calculations to interpretation and advice on business impact. It introduces written constructed response questions for the first time. PM’s pass rate has typically run 40-45%, well below MA’s roughly 64%.
PM has 32 questions in total:
– 15 objective test questions in Section A,
– 3 cases each containing 5 objective test questions in Section B (15 questions), and
– 2 constructed response questions in Section C.
All questions are compulsory.
PM has quarterly exam windows in March, June, September and December, unlike the on-demand Applied Knowledge papers. Factor in the fixed exam date in your study plan given the fixed quarterly exam sittings.
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