AQAA-Level305 resources

AQA A-Level Mathematics Past Papers & Mark Schemes

Download free AQA A-Level Mathematics (7357) past papers, mark schemes & examiner reports. Papers 1, 2 & 3 — no calculator, calculator, and applied. 53 resources.

📅June 2018 – June 2024📄305 resources availableFree to download

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305 of 305 resources — page 1 of 13

June 2023

7 files
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A-level Mathematics – Question paper (Modified A4 18pt): Paper 2 – June 2023

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A-level Mathematics – Question paper: Paper 2 – June 2023

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 2 – June 2023

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 3 – June 2023

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 3 – June 2023

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 1 – June 2023

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A-level Mathematics – Question paper: Paper 1 – June 2023

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June 2022

5 files
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A-level Mathematics – Question paper (Modified A4 18pt): Paper 2 – June 2022

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A-level Mathematics – Question paper: Paper 2 – June 2022

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 2 – June 2022

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 3 – June 2022

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 3 – June 2022

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November 2021

3 files
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A-level Mathematics – Question paper (Modified A3 36pt): Paper 1 – November 2021

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 2 – November 2021

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A-level Mathematics – Question paper: Paper 2 – November 2021

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November 2020

4 files
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A-level Mathematics – Question paper (Modified A4 18pt): Paper 2 – November 2020

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A-level Mathematics – Question paper: Paper 2 – November 2020

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 2 – November 2020

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 3 – November 2020

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June 2019

5 files
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A-level Mathematics – Question paper: Paper 2 – June 2019

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 2 – June 2019

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A-level Mathematics – Question paper (Modified A4 18pt): Paper 3 – June 2019

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A-level Mathematics – Question paper (Modified A3 36pt): Paper 3 – June 2019

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A-level Mathematics – Question paper: Paper 3 – June 2019

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June 2018

1 file
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A-level Mathematics – Question paper: Paper 3 – June 2018

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What AQA A-Level Mathematics Actually Tests

AQA A-Level Mathematics (specification code 7357) tests two things simultaneously: pure algebraic reasoning and applied mathematical modelling. Understanding which is being tested at any moment — and switching between the two cleanly — is one of the real skills the qualification develops. Paper 1 is two hours with no calculator and 100 marks. The prohibition on calculators is the defining constraint. Every answer must be derived through algebraic manipulation, exact values (leaving answers in terms of π, √2, or e), and logical written reasoning. Topics include proof, coordinate geometry, sequences and series, binomial expansion, differentiation, integration, trigonometry, and vectors. Marks lost on Paper 1 are almost always due to algebraic slips rather than conceptual misunderstanding. Papers 2 and 3 are each two hours with calculators permitted, 100 marks each. Both contain pure mathematics questions alongside either Statistics or Mechanics — your school chooses which applied topic appears in Paper 2 versus Paper 3, depending on their teaching order. Pure topics across these papers include exponentials and logarithms, numerical methods, further calculus, and parametric equations. Statistics topics cover sampling theory, data representation, probability, binomial and Normal distributions, and hypothesis testing using the binomial or Normal distribution. The AQA Large Data Set — a dataset of weather measurements — features in every Statistics paper, and knowing its structure and key features is essential. Mechanics topics include kinematics (SUVAT equations and calculus-based motion), forces (resolving and Newton's laws), moments, and variable acceleration. The connection between calculus and mechanics — using differentiation and integration to model motion — is regularly examined and rewards students who genuinely link the two areas. There is no coursework component. All 300 marks come from the three examinations sat at the end of Year 13.

Exam Paper Structure

Paper 1No calculator

Non-calculator

2 hours🎯 100 marks📊 33% of grade
ProofAlgebra and functionsCoordinate geometrySequences and seriesTrigonometryDifferentiationIntegrationVectors
Paper 2Calculator ✓

Calculator

2 hours🎯 100 marks📊 33% of grade
All pure topicsStatistics (binomial and Normal distributions, hypothesis testing, Large Data Set)Mechanics (kinematics, Newton's laws, moments)
Paper 3Calculator ✓

Calculator

2 hours🎯 100 marks📊 33% of grade
All pure topicsApplied mathematics (Statistics and Mechanics content)

Key Information

Exam BoardAQA
Specification Code7357
QualificationA-Level
Grading ScaleA*–E
Assessment TypeWritten exams only (no coursework)
Number Of Papers3
Exam Duration2 hours per paper
Total Marks300 (100 per paper)
Calculator StatusPaper 1: No calculator. Papers 2 & 3: Calculator allowed
Applied OptionsStatistics and Mechanics both examined across Papers 2 and 3
Available SessionsJune 2018 – June 2024
Total Resources53

Key Topics in Mathematics

Topics you need to know

Proof (deduction, exhaustion, counter-example)Algebra and functions (factor theorem, partial fractions, modulus)Calculus (differentiation and integration, including parametric and implicit forms)Trigonometry (radians, identities, small angle approximations)Statistics (Normal and binomial distributions, hypothesis testing, Large Data Set)Mechanics (SUVAT, Newton's laws, variable acceleration)Sequences and series (binomial expansion, arithmetic and geometric progressions)The AQA Large Data Set (weather measurements — assessed in every Statistics paper)

Exam Command Words

Command wordWhat the examiner expects
CalculateWork out the value, showing all working clearly
Show thatProvide a complete chain of reasoning to verify the given result — do not simply state the answer
ProveEstablish a mathematical result rigorously from first principles or given axioms
SketchDraw a graph showing key features (intercepts, turning points, asymptotes) without precise plotting
HenceUse your previous answer or result — an alternative method will not be credited
SimplifyExpress in the most concise equivalent algebraic form
FactoriseRewrite as a product of factors
ExpandMultiply out brackets, collecting like terms where appropriate
Hence or otherwiseThe intended method uses a previous result, but any valid alternative method is accepted

Typical Grade Boundaries

GradeApproximate mark needed
A*72–83%
A62–71%
B52–61%
C43–51%
D34–42%
E25–33%

⚠️ Typical boundaries across three papers (300 total marks). Actual boundaries vary significantly by series — check AQA's website.

Method Marks, Accuracy Marks, and Where Students Actually Lose Marks

AQA mark schemes distinguish between M marks (method marks, awarded for correct working even with a wrong answer), A marks (accuracy marks, awarded only when the method is correct), and B marks (independent marks for specific values or statements). This distinction changes how you should approach each question. In a long calculation, always write every step — a student who reaches the wrong final answer but shows correct intermediate working often recovers most marks. Paper 1 demands a specific preparation strategy that most students underweight: practising mental algebra without a calculator. Completing the square, simplifying expressions involving surds, and differentiating from first principles are all skills that erode when students rely on a calculator daily. Set aside two or three sessions each week practising these specifically without any calculator. The Large Data Set (LDS) appears in every Statistics paper. AQA uses weather measurement data spanning multiple UK and overseas stations across different years. Questions will reference specific variables from the LDS (wind speed, maximum temperature, rainfall) and require you to use context — knowing, for instance, that Leuchars is in Scotland and therefore has different weather characteristics from Heathrow. Download the LDS from AQA's website, spend time with the actual data, and practise identifying what specific questions are testing. Examiner reports across multiple years flag two consistent sources of lost marks: sign errors when integrating (particularly when the limits of integration require subtracting a negative), and failing to verify that solutions to trigonometric equations are within the specified domain. After working through a past paper, read the relevant examiner report. The reports identify exactly which question parts candidates found hardest and what errors they made — far more targeted revision than simply redoing more papers.

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