Home›Cambridge (IGCSE · A-Level)
IGCSE and A-Level are two consecutive stages of the Cambridge pathway: IGCSE is the foundation in Grades 9–10, and A-Level is the entry standard for universities in the UK and other countries that follow the British system.
Real scores · Real teachers · Real results — teachers hold at least IELTS 8.0 or SAT 1500, and international programmes are taught by PhD and Master's holders.
Click each subject to see the syllabus content, the structure of each paper and how it is marked under the Cambridge mark scheme.
| Paper 1 — Non-calculator · 2h · 80 marks · 50% | Structured and unstructured questions; calculators are NOT allowed. |
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| Paper 2 — Calculator · 2h · 80 marks · 50% | Same format; a scientific calculator is required. |
Total 4 hours (two papers) · Paper 1 is non-calculator; Paper 2 requires a scientific calculator. This subject is graded A*–E only — there is no Core tier.
| Calculus questions4–8 marks | Differentiation, integration, maxima and minima, rates of change — the bridge to A Level Mathematics. |
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| Advanced algebra questions4–8 marks | Polynomials, logarithms and exponentials, binomials, matrices, vectors. |
| "Show that" questions / trigonometric proofsBy point | The marks lie entirely in the steps of the working. |
| Paper 1 — Non-calculator (Core) · 1h30 · 80 marks · 50% | Structured questions and unstructured questions; calculators are NOT allowed. |
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| Paper 3 — Calculator (Core) · 1h30 · 80 marks · 50% | Same question types; a scientific calculator is required. |
| Paper 2 — Non-calculator (Extended) · 2h · 100 marks · 50% | Extended content; calculators are NOT allowed. |
| Paper 4 — Calculator (Extended) · 2h · 100 marks · 50% | Extended content; a scientific calculator is required. |
Total Core 3 hours (Paper 1 + 3) · Extended 4 hours (Paper 2 + 4) · NO calculator is allowed in Paper 1 and Paper 2; a scientific calculator is required for Paper 3 and Paper 4. Core is graded C–G, Extended A*–E.
| Structured questions2–6 marks | Split into (a)(b)(c), with later parts using earlier results. |
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| Unstructured questions4–8 marks | The question gives only a scenario and candidates choose their own approach — the part that most separates the top scorers in the new format. |
| "Show that" questionsBy point | The result is given; the marks lie entirely in the steps. |
| Paper 1 (Core) or Paper 2 (Extended) — Multiple Choice · 45 minutes · 40 marks · 30% | 40 four-option multiple-choice questions. Core tests the Core content; Extended tests Core + Supplement. |
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| Paper 3 (Core) or Paper 4 (Extended) — Theory · 1h15 · 80 marks · 50% | Short-answer and structured questions. |
| Paper 5 — Practical Test · 1h15 · 40 marks · 20% | A real hands-on experiment. Schools choose Paper 5 OR Paper 6, not both. |
| Paper 6 — Alternative to Practical · 1h · 40 marks · 20% | A written paper in place of the practical, testing the same practical skills. |
Total 3 hours 15 minutes (Paper 1/2 + 3/4 + 5) or 3 hours (if you take Paper 6) · A scientific calculator may be used in every paper. Cambridge offers two tiers: CORE candidates can only be awarded grades C–G, while EXTENDED candidates also study the Supplement content and can be awarded up to A*. The school decides the tier, but students need to know which one they are on, because the papers and the grade ceiling are very different.
| Structured questions (Paper 3/4)By point | Split into parts (a)(b)(c), with table-reading, graph-reading, explanation and calculation questions. |
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| Paper 5 — Practical Test40 marks | A real hands-on experiment: measure, record in a table, plot a graph, comment and suggest improvements. |
| Paper 6 — Alternative to Practical40 marks | No experiment is carried out, but you answer as if you had just done one: reading instruments, processing data, identifying sources of error. |
| Paper 1 (Core) or Paper 2 (Extended) — Multiple Choice · 45 minutes · 40 marks · 30% | 40 four-option multiple-choice questions. |
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| Paper 3 (Core) or Paper 4 (Extended) — Theory · 1h15 · 80 marks · 50% | Short and structured questions, including equations and mole calculations. |
| Paper 5 — Practical Test · 1h15 · 40 marks · 20% | Real lab work: titration, calorimetry, identifying ions. |
| Paper 6 — Alternative to Practical · 1h · 40 marks · 20% | A written paper in place of the practical. |
Total 3 hours 15 minutes or 3 hours (depending on whether you take Paper 5 or Paper 6) · A scientific calculator may be used; a periodic table is printed with the paper. Cambridge offers two tiers: CORE candidates can only be awarded grades C–G, while EXTENDED candidates also study the Supplement content and can be awarded up to A*. The school decides the tier, but students need to know which one they are on, because the papers and the grade ceiling are very different.
| Structured questions (Paper 3/4)By point | Split into parts (a)(b)(c), with table-reading, graph-reading, explanation and calculation questions. |
|---|---|
| Paper 5 — Practical Test40 marks | A real hands-on experiment: measure, record in a table, plot a graph, comment and suggest improvements. |
| Paper 6 — Alternative to Practical40 marks | No experiment is carried out, but you answer as if you had just done one: reading instruments, processing data, identifying sources of error. |
| Paper 1 — Computer Systems · 1h45 · 75 marks · 50% | Short and structured questions on Topics 1–6 (data, hardware, software, networks, security, ethics). |
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| Paper 2 — Algorithms, Programming and Logic · 1h45 · 75 marks · 50% | Short questions, structured questions and one scenario-based question, on Topics 7–10. |
Total 3 hours 30 minutes (two papers) · Calculators are NOT allowed in either paper. There are no Core/Extended tiers — all candidates sit the same papers and are graded A*–G.
| Pseudocode and flowchart questions3–8 marks | Write algorithms in pseudocode following Cambridge conventions, or draw a flowchart. |
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| Trace table3–6 marks | Fill in, step by step, how the variables change as a piece of pseudocode runs. |
| Scenario-based questions12–15 marks | One programming problem: analysis, algorithm design, and writing the program in pseudocode. |
| Logic questions3–6 marks | Logic circuits, truth tables, logic expressions. |
| Paper 1 (Core) or Paper 2 (Extended) — Multiple Choice · 45 minutes · 40 marks · 30% | 40 four-option multiple-choice questions. |
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| Paper 3 (Core) or Paper 4 (Extended) — Theory · 1h15 · 80 marks · 50% | Short and structured questions, with many calculation and graph-reading questions. |
| Paper 5 — Practical Test · 1h15 · 40 marks · 20% | Real lab work: measuring, drawing up tables, plotting graphs. |
| Paper 6 — Alternative to Practical · 1h · 40 marks · 20% | A written paper in place of the practical. |
Total 3 hours 15 minutes or 3 hours (depending on whether you take Paper 5 or Paper 6) · A scientific calculator may be used; formulae are NOT provided and must be memorised. Cambridge offers two tiers: CORE candidates can only be awarded grades C–G, while EXTENDED candidates also study the Supplement content and can be awarded up to A*. The school decides the tier, but students need to know which one they are on, because the papers and the grade ceiling are very different.
| Structured questions (Paper 3/4)By point | Split into parts (a)(b)(c), with table-reading, graph-reading, explanation and calculation questions. |
|---|---|
| Paper 5 — Practical Test40 marks | A real hands-on experiment: measure, record in a table, plot a graph, comment and suggest improvements. |
| Paper 6 — Alternative to Practical40 marks | No experiment is carried out, but you answer as if you had just done one: reading instruments, processing data, identifying sources of error. |
| Paper 1 — Multiple Choice · 1h15 · 35 marks · 30% | Multiple choice covering the whole syllabus. |
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| Paper 2 — Structured Written Paper · 1h45 · 100 marks · 70% | Structured questions covering the whole syllabus. |
Total 3 hours (two papers) · A scientific calculator is required. Graded A*–G.
| Double-entry bookkeeping and ledgers5–12 marks | Journal, ledger, trial balance, control account, bank reconciliation. |
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| Preparing financial statements10–20 marks | Income statement and statement of financial position — the right format, the right line labels, the right period. |
| Year-end adjustments4–10 marks | Depreciation, doubtful debts, prepayments and accruals. |
| Analysis and comment questions4–8 marks | Calculate the ratio, then comment — you must use the exact figure you have just calculated. |
| Paper 1 — Short Answer and Data Response · 1h30 · 80 marks · 50% | Four questions mixing short-answer and data-response items; answer all four. |
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| Paper 2 — Case Study · 1h30 · 80 marks · 50% | Four questions based on a case study printed with the paper; answer all four. |
Total 3 hours (two papers) · A scientific calculator is required — both papers include calculation questions. Graded A*–G.
| 2-mark question — definition2 marks | Define a term, usually with an example. |
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| 4–6-mark questions — explanation4–6 marks | State the point and explain its consequence for the business in the question. |
| 6-mark questions — calculation6 marks | Revenue, costs, profit, break-even point, ratios — show the formula and the currency unit. |
| 12-mark question — evaluation12 marks | Weigh up several options and recommend one, with reasons grounded in the case study data. |
| Paper 1 — Multiple Choice · 45 minutes · 30 marks · 30% | 30 multiple-choice questions; answer all 30. |
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| Paper 2 — Structured Questions · 2h15 · 90 marks · 70% | One compulsory source-based question, plus three chosen from the remaining four. |
Total 3 hours (two papers) · A scientific calculator may be used. There are no Core/Extended tiers — graded A*–G.
| Compulsory source-based question30 marks | Read data tables and a real news extract, then answer a chain of questions running from definition to evaluation. |
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| Optional questions20 marks per question | Split into (a)(b)(c)(d): definition 2 marks · explanation 4 marks · analysis 6 marks · evaluation 8 marks. |
| 8-mark evaluation question8 marks | You need both sides and a conclusion that takes a position; this is what decides the A* in this subject. |
| Paper 1 — Reading and Writing · 2 hours · 80 marks · 60% | Exercises 1–2 reading for information, Exercise 3 note-making, Exercise 4 summary, Exercises 5–6 writing (one informal piece, one formal). |
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| Paper 2 — Listening · approx. 50 minutes · 40 marks · 30% | Five parts, each heard twice: short answers, table completion, and note-taking from a longer talk. |
| Component 3 — Speaking · 10–15 minutes · 30 marks · 10% | A warm-up conversation followed by discussion of a set topic; marked separately and not counted towards the letter grade for the two written papers. |
Total about 3 hours (not including Speaking) · No calculator. The Extended tier is graded A*–G; writing is marked on two separate scales, Content and Language.
| Exercise 4 — Summary10 marks | Summarise from exactly the angle the question asks for, in continuous prose and in your own words; marked out of 6 for content and 4 for language. |
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| Exercise 5 — Informal writing16 marks | An email or letter to a friend, about 150 words, covering the three bullet points in the task. |
| Exercise 6 — Formal writing16 marks | A report, article or speech of about 200 words; it needs a signposted structure and specific recommendations. |
| Paper 1 — Theory Fundamentals · 1h30 · 75 marks | Content from topics 1–8 (data, hardware, networks, security, ethics, databases). 50% of AS Level · 25% of A Level. |
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| Paper 2 — Fundamental Problem-solving and Programming Skills · 2h · 75 marks | Topics 9–12; answers written in PSEUDOCODE. 50% of AS Level · 25% of A Level. |
| Paper 3 — Advanced Theory · 1h30 · 75 marks | Topics 13–20. 25% of A Level. |
| Paper 4 — Practical · 2h30 · 75 marks | Sat ON A COMPUTER with no internet access: submit complete source code and evidence of testing, in Java, Visual Basic or Python (console mode). 25% of the A Level. |
Total AS Level 3 hours 30 minutes · A Level 7 hours 30 minutes · Calculators are NOT allowed in any paper. Paper 4 is taken on a computer with a compiler installed.
| Paper 2 — pseudocode questionBy point | Write algorithms in pseudocode following Cambridge conventions; the logic is marked, not the syntax of any one language. |
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| Trace table questionsBy point | Fill in each step of the variable changes; one wrong row loses only that row, but a blank loses everything. |
| Paper 4 — programming task75 marks | Write a working program, with screenshots of test runs using the data given in the question. |
| Paper 1 — Pure Mathematics 1 · 1h50 · 75 marks | 10–12 structured questions. 60% of AS Level · 30% of A Level. Compulsory for both AS and A Level. |
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| Paper 2 — Pure Mathematics 2 · 1h15 · 50 marks | 6–8 questions. 40% of AS Level — taken only on the AS Level route. |
| Paper 3 — Pure Mathematics 3 · 1h50 · 75 marks | 9–11 questions. 30% of A Level. Compulsory for A Level. |
| Paper 4 — Mechanics · 1h15 · 50 marks | 6–8 Mechanics questions. 40% of AS Level · 20% of A Level. |
| Paper 5 — Probability & Statistics 1 · 1h15 · 50 marks | 6–8 questions. 40% of AS Level · 20% of A Level. |
| Paper 6 — Probability & Statistics 2 · 1h15 · 50 marks | 6–8 questions. 20% of A Level — A Level only. |
Total Depends on the combination of papers the school chooses: A Level is usually Paper 1 + 3 + two applied papers (4 & 5, or 5 & 6). · A scientific calculator is required in every paper (graphing calculators with stored programs are not allowed).
| Structured questions4–10 marks per question | Split into (i)(ii)(iii); later parts usually use earlier results, so leaving the first part blank costs you the whole chain. |
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| "Show that" / "Prove" questionsBy point | The result is already printed in the question — the marks lie ENTIRELY in the steps, and skipping steps scores 0. |
| Applied questions (Mechanics / Statistics)By point | Set up the model first: draw the force diagram, or state the distribution and its parameters, and only then calculate. |
| Paper 1 — Multiple Choice · 1h15 · 40 marks | 40 multiple-choice questions on AS content. 31% of AS Level · 15.5% of A Level. |
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| Paper 2 — AS Level Structured Questions · 1h15 · 60 marks | Structured questions on AS content. 46% of AS Level · 23% of A Level. |
| Paper 3 — Advanced Practical Skills · 2h · 40 marks | Carry out a real experiment and answer the accompanying questions. 23% of AS Level · 11.5% of A Level. |
| Paper 4 — A Level Structured Questions · 2h · 100 marks | A Level content, with some AS knowledge reused. 38.5% of A Level. |
| Paper 5 — Planning, Analysis and Evaluation · 1h15 · 30 marks | Designing experiments, then processing and evaluating data; contexts may lie outside the syllabus. 11.5% of the A Level. |
Total AS Level 4 hours 30 minutes (Paper 1–3) · A Level 7 hours 45 minutes (all 5 papers) · A scientific calculator may be used in every paper.
| Paper 2 / Paper 4 — structured questionBy point | Split into parts (a)(b)(c), each with its own command word; usually includes table-reading, graph-reading and reasoning questions. |
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| Paper 3 — practical skills40 marks | Collect data, set out a table in the correct format, plot a graph, and answer a question on improving the experiment. |
| Paper 5 — experiment design30 marks | State the independent, dependent and control variables, the measurement method, the data processing and your concluding remarks. |
| Paper 1 — Multiple Choice · 1h15 · 40 marks | 40 multiple-choice questions on AS content. 31% of AS Level · 15.5% of A Level. |
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| Paper 2 — AS Level Structured Questions · 1h15 · 60 marks | Structured questions on AS content. 46% of AS Level · 23% of A Level. |
| Paper 3 — Advanced Practical Skills · 2h · 40 marks | Real lab work: titration, qualitative observation, data processing. 23% of the AS Level · 11.5% of the A Level. |
| Paper 4 — A Level Structured Questions · 2h · 100 marks | A Level content, reusing AS knowledge. 38.5% of A Level. |
| Paper 5 — Planning, Analysis and Evaluation · 1h15 · 30 marks | Designing, analysing and evaluating experiments. 11.5% of the A Level. |
Total AS Level 4 hours 30 minutes · A Level 7 hours 45 minutes · A scientific calculator may be used in every paper; a Data Booklet (periodic table, constants, electrode potentials) is printed with the paper.
| Quantitative calculation questionsBy point | Moles, concentration, titration, thermochemistry, equilibrium constants, pH, electrochemistry — always show your working and units. |
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| Organic mechanism questionsBy point | Draw curly arrows from the correct electron source, and state the reaction type and conditions. |
| Paper 3 — titration and observation40 marks | Record readings to the precision of the apparatus; average the concordant titres. |
| Paper 5 — experiment design30 marks | Variables, measuring instruments and their precision, how to process the data, sources of error and how to reduce them. |
| Paper 1 — Multiple Choice · 1h15 · 40 marks | 40 multiple-choice questions on AS content. 31% of AS Level · 15.5% of A Level. |
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| Paper 2 — AS Level Structured Questions · 1h15 · 60 marks | Structured questions on AS content. 46% of AS Level · 23% of A Level. |
| Paper 3 — Advanced Practical Skills · 2h · 40 marks | Two compulsory questions: taking measurements, drawing up tables, plotting graphs, calculating uncertainties. 23% of the AS Level · 11.5% of the A Level. |
| Paper 4 — A Level Structured Questions · 2h · 100 marks | A Level content, reusing AS knowledge. 38.5% of A Level. |
| Paper 5 — Planning, Analysis and Evaluation · 1h15 · 30 marks | Experimental design and data analysis; contexts may be outside the syllabus. 11.5% of the A Level. |
Total AS Level 4 hours 30 minutes · A Level 7 hours 45 minutes · A scientific calculator may be used in every paper; a Data and Formulae booklet is printed with the paper.
| Physical reasoning questionsBy point | Explain a phenomenon using a law — naming the law is not enough; you must say how it leads to the result. |
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| Calculation questionsBy point | Choosing the formula, substituting values, SI units and significant figures; multi-step calculations are marked step by step. |
| Paper 3 — measurement and graphs40 marks | Set out tables in the correct format, draw graphs that fill more than half the grid, calculate the gradient from two widely separated points, estimate uncertainties. |
| Paper 5 — experiment design30 marks | Variables, the set-up diagram, how to take measurements, how to linearise the relationship to plot a straight-line graph, and safety precautions. |
| Paper 1 — Multiple Choice · 1h15 · 35 marks | Multiple choice on the content of sections 1–2. 30% of the AS Level · 14% of the A Level. |
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| Paper 2 — Fundamentals of Accounting · 1h45 · 100 marks | Four structured questions on Sections 1–2 content. 70% of AS Level · 36% of A Level. |
| Paper 3 — Financial Accounting · 1h30 · 75 marks | Three structured questions on Section 3 content. 30% of A Level. |
| Paper 4 — Cost and Management Accounting · 1h · 50 marks | Two structured questions on Section 4 content. 20% of the A Level. |
Total AS Level 3 hours · A Level 5 hours 30 minutes · A scientific calculator is required.
| Preparing financial statements10–20 marks | Income statement, statement of financial position, statement of changes in equity — in the correct FORMAT and with the correct line labels. |
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| Journal entries and ledgers5–12 marks | Journal, ledger, control account, bank reconciliation, year-end adjustments. |
| Cost and management accounting10–20 marks | Marginal vs absorption costing, budgeting, variance analysis, investment decisions. |
| Comment questions4–8 marks | Read the financial ratios, then make a recommendation — it must be tied to the figures just calculated, not stated in general terms. |
| Paper 1 — Business Concepts 1 · 1h15 · 40 marks | Section A: four short-answer questions (the first three have two parts); Section B: one essay chosen from two, each in two parts. 40% of AS Level · 20% of A Level. |
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| Paper 2 — Business Concepts 2 · 1h30 · 60 marks | Two data-response questions, six parts each. 60% of the AS Level · 30% of the A Level. |
| Paper 3 — Business Decision-Making · 1h45 · 60 marks | Five questions based on one case study. 30% of A Level. |
| Paper 4 — Business Strategy · 1h15 · 40 marks | Two essays based on a case study. 20% of the A Level. |
Total AS Level 2 hours 45 minutes · A Level 5 hours 45 minutes · A scientific calculator is required — Paper 2 and Paper 3 always include financial calculation questions.
| Short questions with command words2–5 marks | Define · briefly explain · calculate — answer concisely, making exactly as many points as the marks shown beside the question. |
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| 12-mark evaluation question12 marks | Marked by level of response: knowledge → application to the business in the question → analysis → evaluation with a conclusion. |
| Paper 4 essay20 marks each | Strategy discussion based on the case study: apply tools (SWOT, Ansoff, Porter, decision matrix) to the actual data in the paper. |
| Finance calculation questions3–6 marks | Break-even point, margin of safety, discounted cash flow, financial ratios — state the formula and the currency unit. |
| Paper 1 — AS Level Multiple Choice · 1h · 30 marks | 30 multiple-choice questions on AS content. 33% of AS Level · 17% of A Level. |
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| Paper 2 — AS Level Data Response and Essays · 2h · 60 marks | Section A: one data response question (20 marks); Section B: one microeconomics essay chosen from two, in two parts (20 marks); Section C: one macroeconomics essay chosen from two, in two parts (20 marks). 67% of AS Level · 33% of A Level. |
| Paper 3 — A Level Multiple Choice · 1h15 · 30 marks | 30 multiple-choice questions on A Level content. 17% of A Level. |
| Paper 4 — A Level Data Response and Essays · 2h · 60 marks | Same three sections as Paper 2, but the two essays are NOT divided into parts — candidates build their own structure. 33% of A Level. |
Total AS Level 3 hours · A Level 6 hours 15 minutes · A scientific calculator may be used; Paper 2 and Paper 4 always include calculations from data tables.
| Data response (20 marks)20 marks | Short definition and calculation questions, then one extended evaluation question that must QUOTE FIGURES from the source material. |
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| Essay in parts (AS, Paper 2)20 marks | (a) explain, 8 marks; (b) evaluate, 12 marks — part (b) is what decides the mark for the whole answer. |
| Essay without parts (A Level, Paper 4)20 marks | There are no prompts to structure the answer: the essay must supply its own introduction, an analytical body with diagrams, and a conclusion that takes a position. |
| Paper 1 — Approaches, Issues and Debates · 1h30 · 60 marks | Section A: short-answer questions on the core studies (38 marks); Section B: long-answer and essay questions on the core studies (22 marks). 50% of AS Level · 25% of A Level. |
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| Paper 2 — Research Methods · 1h30 · 60 marks | Section A: short-answer and scenario-based questions (46 marks); Section B: one multi-part research design question (14 marks). 50% of AS Level · 25% of A Level. |
| Paper 3 — Specialist Options: Approaches, Issues and Debates · 1h30 · 60 marks | Answer on the two chosen options, 30 marks each. 25% of the A Level. |
| Paper 4 — Specialist Options: Application and Research Methods · 1h30 · 60 marks | Section A: two specialist options, 18 marks each; Section B: one multi-part research design question (24 marks). 25% of A Level. |
Total AS Level 3 hours · A Level 6 hours · A scientific calculator may be used; the statistics content is mainly about interpretation and choosing the right test.
| Core study questions2–6 marks | Give the correct author, year, sample, method and findings — a vague description is not enough to earn the marks. |
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| Essay question (Section B)10–12 marks | Discuss an issue/debate (nature–nurture, reductionism, ethics, generalisations) through the core studies. |
| Research design question14–24 marks | State the hypothesis, design, sample and sampling method, variables and how they are measured, controls, ethics, and method of analysis. |
| Topic-based questions (Paper 3 & 4)30 / 18 marks | Apply the theories and studies of your options (Health, Crime, Clinical, Organisational) to real situations. |
Based on the Cambridge International (CAIE) syllabus for each subject.
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