AQA · A level Mathematics 7357 · Years 12 and 13

AQA A level Maths 7357 help

AQA A level Mathematics, specification code 7357, is sat at the end of Year 13 as three two-hour papers. What sets it apart from the other boards is how those papers are put together: pure maths is not confined to one or two papers but runs through all three, with mechanics added on Paper 2 and statistics on Paper 3. This page sets out exactly what each paper can test, how the marks are weighted, the large data set, the calculator AQA requires, and how we teach 7357 live online.

Live classes since 2020 · 10,000+ students · Not connected with AQA

The short answer

AQA A level Mathematics 7357 is a linear A level sat at the end of Year 13 as three written papers, each 2 hours, 100 marks and a third of the grade. Paper 1 tests pure maths. Paper 2 can test any Paper 1 content plus vectors and mechanics; Paper 3 can test any Paper 1 content plus statistics. A calculator is used on all three. Grades run from A* to E. Modern Age Coders teaches 7357 live online through our A Level Maths course, in a group of 15 to 20 or 1-on-1, and the first class is free.

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Three courses for an AQA 7357 student

The A level course carries 7357. The statistics course goes deeper into Paper 3, and Further Maths is there for students taking both.

The three papers

What is on each AQA A level Maths paper?

Paper 1 is pure. Papers 2 and 3 are each pure plus one applied area. All three are sat at the end of the course.

AQA describes 7357 as linear, with every exam sat when the course ends. The specification lists nineteen content areas lettered A to S, and assigns them to papers in a particular way: Paper 1 draws on A to I, the pure topics; Paper 2 on "Any content from Paper 1" plus J and P to S; Paper 3 on "Any content from Paper 1" plus K to O. Every paper offers "A mix of question styles, from short, single-mark questions to multi-step problems."

AQA A level Mathematics 7357: what each paper can assess
PaperContent it can testTimeMarksWeight
Paper 1A Proof, B Algebra and functions, C Coordinate geometry, D Sequences and series, E Trigonometry, F Exponentials and logarithms, G Differentiation, H Integration, I Numerical methods2 hours100One third
Paper 2Any Paper 1 content, plus J Vectors, P Quantities and units in mechanics, Q Kinematics, R Forces and Newton's laws, S Moments2 hours100One third
Paper 3Any Paper 1 content, plus K Statistical sampling, L Data presentation and interpretation, M Probability, N Statistical distributions, O Statistical hypothesis testing2 hours100One third

Source: AQA A-level Mathematics (7357) specification, version 1.3, section 2, from the AQA 7357 page.

Why the pairing matters

On Paper 2 a mechanics question can need integration to find displacement from velocity, or a trigonometric identity to resolve forces. On Paper 3 a statistics question can sit next to a pure question on logarithms or proof.

So a student cannot revise mechanics for Paper 2 and statistics for Paper 3 and leave pure behind. Pure is examined three times over.

Where vectors live

Vectors, area J, is listed with Paper 2 rather than Paper 1. That is a small detail with a practical consequence: vector work tends to appear alongside mechanics, where it describes position, velocity and force.

Students who learn vectors only as geometry can find the mechanics setting unfamiliar, so we teach both together.

How marks work

How is AQA A level Maths 7357 graded?

Three papers of 100 raw marks, added straight together into a total out of 300, then graded A* to E.

AQA scales each paper by a factor of one, so the raw marks are the scaled marks: "Total scaled mark: 300". Grade boundaries are set on that total. The qualification is "graded on a six-point scale: A*, A, B, C, D and E", and a student below E is recorded as U and "will not receive a qualification certificate."

Assessment objective weightings for 7357, from the specification
ObjectiveWhat it rewardsPaper 1Paper 2Paper 3
AO1Using and applying standard techniques, recalling facts and definitions50 per cent50 per cent50 per cent
AO2Reasoning, interpreting and communicating, including proof25 per cent25 per cent25 per cent
AO3Solving problems in maths and in context, including modelling25 per cent25 per cent25 per cent

These objectives "are set by Ofqual and are the same across all A-level Mathematics specifications and all exam boards", so the balance of technique, reasoning and problem solving is not what distinguishes AQA. The distinction is in the paper structure above. Half of every paper rewards technique, which is why accurate algebra and calculus remain the foundation, and the other half rewards turning words and contexts into maths and explaining the result.

Other rules worth knowing, from sections 5.3 to 5.5 and 3
RuleAQA's wording or a close restatement
Re-sits"Students can re-sit the qualification as many times as they wish, within the shelf life of the qualification."
Entry requirements"There are no previous learning requirements." AQA recommends GCSE Mathematics or equivalent
FormulaeStudents must recall the formulae and identities set out in Appendix B of the specification
Private candidatesSelf-taught, home-schooled or privately tutored students may enter through an AQA centre, if UK-based

Large data set

What is the AQA A level Maths large data set?

A real data set published only on AQA's website, which Paper 3 questions assume students have worked with.

Every A level Maths board must require students to "become familiar with one or more specific large data set(s) in advance of the final assessment", and AQA notes that "This requirement is common to all exam boards." AQA's first data set was an extract of the government's Family Food data, used for exams in 2018 and 2019. The specification then says: "For exams from 2020 there is a new dataset. This replacement dataset is also only available on the AQA website."

  1. Download the current data set from AQA's 7357 resources. The specification says it is only available there, so textbook extracts may be out of date.
  2. Learn the contexts: what each variable means, its units, and where values are missing or unusual. Questions can assume this background without explaining it.
  3. Explore it with a spreadsheet, as the content requires: summary statistics, charts and comparisons between groups.
  4. Practise analysing a subset with the calculator alone. AQA expects students to analyse "a subset or features of the data" in exactly that way.
  5. Connect each feature of the data to a topic in K to O: sampling methods, outliers and cleaning, correlation, distributions and hypothesis tests.

We set a short data-set task most weeks in Year 13, so the context is familiar long before the exam. Familiarity is the skill being rewarded: a student who has used the data set can read a question about it quickly, while one who has not spends minutes decoding the setting.

Calculator

Which calculator do you need for AQA A level Maths?

One with an iterative function, statistical distributions and an inverse normal function. AQA names all three.

The specification says: "A calculator is required for use in all assessments in this specification." It then sets a minimum: "an iterative function", "the ability to compute summary statistics and access probabilities from standard statistical distributions", and "an inverse normal function." Which models are permitted in the exam room is governed by the JCQ document Instructions for conducting examinations.

What each required function is for, in our words
AQA requirementWhere it is usedPaper
Iterative functionRepeating an iteration such as xn+1 = g(xn) or a Newton-Raphson step to find a rootMainly Paper 1, numerical methods
Summary statisticsMean, standard deviation and regression from a list of dataPaper 3, including the large data set
Distribution probabilitiesBinomial and normal probabilities without tablesPaper 3
Inverse normalFinding the value cutting off a given probabilityPaper 3

Students who buy a calculator in Year 12 sometimes discover in Year 13 that it cannot do inverse normal calculations. Checking against AQA's list on day one avoids that. We also teach the working that must be written alongside a calculator result: the distribution and its parameters, the probability being found, and the conclusion in context.

Worked examples, ours

Three 7357 style problems, one for each paper type

We wrote these to show how a Paper 3 statistics question and a Paper 2 mechanics question still lean on pure maths.

Our first problem, Paper 3 style. The masses of a type of apple, X grams, are modelled as X ~ N(50, 82). (a) Find P(X < 62). (b) The heaviest 10 per cent are sold separately. Find the lowest mass in that group.

Part (a)

Standardise: z = (62 − 50) ÷ 8 = 1.5. The calculator's normal distribution function gives P(X < 62) = 0.9332 to 4 decimal places.

Writing the distribution, the value standardised and the probability statement earns method credit even if a key is pressed wrongly.

Part (b)

We want k with P(X > k) = 0.1, so P(X < k) = 0.9. The inverse normal function gives z = 1.2816, so k = 50 + 8 × 1.2816 = 60.25 grams.

This is the step AQA's required inverse normal function exists for. Without it, a student must work backwards from tables they will not be given.

Our second problem, Paper 3 style. A spinner is suspected of landing on red more often than half the time. In 20 spins it lands on red 14 times. Test at the 5 per cent level.

  1. Let X be the number of reds in 20 spins, so X ~ B(20, p). H0: p = 0.5 and H1: p > 0.5, a one-tailed test.
  2. Under H0, P(X ≥ 15) = 0.0207 and P(X ≥ 14) = 0.0577. The critical region is X ≥ 15, since 0.0577 is above 5 per cent.
  3. 14 is not in the critical region, so there is insufficient evidence at the 5 per cent level to say the spinner favours red.
  4. The conclusion is written in context, about the spinner, not just "accept H0". AO2 marks reward that sentence.

Our third problem, Paper 2 style. A uniform beam AB is 4 m long with mass 20 kg. It rests horizontally on supports at A and at C, where AC = 3 m. Find the reaction at each support, taking g = 9.8 m s−2.

Moments about A

The weight 20g acts at the midpoint, 2 m from A. Taking moments about A removes the unknown reaction there: RC × 3 = 20g × 2, so RC = 40g/3, about 130.7 N.

Resolving vertically

RA + RC = 20g, so RA = 20g − 40g/3 = 20g/3, about 65.3 N. Keeping g as a symbol until the last line avoids rounding twice.

Six practice questions we wrote for 7357 students (answers checked in Python)
#Our questionPaperAnswer
1Solve 2 ln x = ln(3x + 4).Purex = 4 (x = −1 is rejected)
2Evaluate the integral of xex from x = 0 to x = 1.Pure1
3Find the sum of the first 20 terms of 3, 7, 11, 15, ...Pure820
4Use one Newton-Raphson step from x0 = 2 on x3 − 2x − 5 = 0.Purex1 = 2.1
5A car accelerates uniformly from 3 m s−1 to 15 m s−1 in 4 s. How far does it travel?Paper 236 m
6X ~ B(12, 0.3). Find P(X = 4) to 4 decimal places.Paper 30.2311

All three worked problems and the six practice questions were written by us on 31 October 2026; none is an AQA question. AQA publishes specimen papers and past papers on its 7357 assessment resources.

Progression

Four rungs across Years 12 and 13

Pure first because all three papers need it; the applied areas follow, then full papers.

Stages through AQA 7357
StageUsuallySign that it is done
1. GCSE to A level bridgeFirst half-term of Year 12Algebra, surds, indices and quadratics handled quickly and accurately
2. Core pureYear 12Proof, functions, trigonometry, logarithms, differentiation and integration, all by method
3. Applied with pureLate Year 12 and Year 13Mechanics with vectors and calculus; statistics with the large data set and the calculator
4. Three-paper practiceFinal two termsEach paper type timed, with working that names the method and the context

Stage one is short and decisive

Most early A level difficulty traces back to GCSE algebra. A few weeks here saves a year of slips.

Students who like numerical methods can see them in code on the coding roadmap.

Stage four respects the mix

Because pure appears on every paper, we never set an applied practice paper without pure questions in it.

Classes slow during the summer exam weeks.

The catalogue

Nine courses around A level Maths

Arranged by when sixth formers tend to use them. The free first class tells us where to begin.

I

The A level

Years 12 and 13

UK / AQ1 / 01

A level maths

All 7357 content, pure through to mechanics and statistics.

Open the syllabus

UK / AQ1 / 02

A level further maths

For students taking Further Maths with AQA or another board.

Open the syllabus

UK / AQ1 / 03

Statistics and probability

Extra depth for Paper 3 and the large data set.

Open the syllabus
II

Bridging

From GCSE to sixth form

UK / AQ2 / 01

GCSE mathematics

Higher GCSE algebra secured before Year 12 begins.

Open the syllabus

UK / AQ2 / 02

Algebra foundations

For a sixth former whose algebra slows everything else.

Open the syllabus

UK / AQ2 / 03

Maths through coding

Numerical methods and data handled in Python.

Open the syllabus
III

Beyond

University and stretch

UK / AQ3 / 01

College mathematics

Calculus, linear algebra and analysis for first-year undergraduates.

Open the syllabus

UK / AQ3 / 02

Competition mathematics

Problem solving well beyond the specification.

Open the syllabus

UK / AQ3 / 03

Maths for data science

Statistics and linear algebra for students heading to data courses.

Open the syllabus

How classes run

Pure inside every applied lesson

Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays. Our teachers are in India, which keeps the same clock all year, and we arrange each class in UK time around sixth-form timetables.

After college

The usual slot for Year 12 and 13.

Evening

Fits round part-time work and other subjects.

Weekend morning

Long enough for one full paper.

Pure on every paper

Applied practice always includes pure questions, as AQA's papers do.

Data set weekly

Short tasks on AQA's large data set through Year 13.

Calculator checks

Iteration, distributions and inverse normal practised on the student's own model.

Context sentences

Conclusions written about the situation, for the reasoning marks.

Formulae to recall

Appendix B formulae tested until they are automatic.

Group or 1-on-1

A group of 15 to 20 sixth formers, or one teacher for one student.

Student work

Student projects from class

Work made during lessons, not graded for any exam. More are collected in student labs.

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Fees

Fees for AQA 7357 classes

One monthly fee in US dollars for students outside India. The first class is free, and no payment is taken until a course and a weekly time are in place.

Free first class

USD 0

no card required

  • A first class on a 7357 topic
  • A clear view of strengths across the three papers
  • Booked with a phone number
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Group batch

USD 100

a month, billed in US dollars

  • A group of 15 to 20 sixth formers
  • One teacher across Years 12 and 13
  • Large data set tasks
  • Lighter weeks in the summer series
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One to one

USD 150

a month, billed in US dollars

  • One teacher for one student
  • Planned around mocks and college deadlines
  • Suits a student retaking 7357
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Questions about 7357

What students and parents ask about AQA A level Maths

How many papers are in AQA A level Maths?

Three. Each is a 2-hour written exam with 100 marks, worth a third of the A level. All three are sat at the end of the course, because 7357 is linear.

What is on AQA A level Maths Paper 2?

Any pure content from Paper 1, plus vectors and the mechanics areas: quantities and units, kinematics, forces and Newton's laws, and moments.

What is on AQA A level Maths Paper 3?

Any pure content from Paper 1, plus statistics: sampling, data presentation and interpretation, probability, statistical distributions and hypothesis testing.

Is there a non-calculator paper in AQA A level Maths?

No. AQA says a calculator is required for all assessments in 7357. It must have an iterative function, statistical distributions and an inverse normal function.

What is the AQA large data set?

A real data set AQA publishes on its website, which students must know before the exam. The first was an extract of the Family Food data for 2018 and 2019 exams, and a replacement has been used since 2020.

How is AQA A level Maths graded?

The three papers are added to a total out of 300, and grades A* to E are awarded on that total. A student below E receives a U and no certificate.

Can I resit AQA A level Maths?

Yes. AQA says students can re-sit the qualification as many times as they wish within its shelf life. Because it is linear, a resit means all three papers again.

Is AQA A level Maths harder than Edexcel?

The assessment objectives are set by Ofqual and are the same for every board. The difference is structure: AQA spreads pure across all three papers, while Edexcel keeps statistics and mechanics together on Paper 3.

When are your 7357 classes?

Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays. Times are given in UK time.

Are you linked with AQA?

No. Modern Age Coders is an independent teaching company with no connection to AQA. Every practice question on this page was written by us.

Elsewhere on this site

More for sixth-form mathematicians

Further Maths, costs, and the wider A level picture.

A level maths tuition online

Our general A level page, across every board.

Further maths tuition online

For students adding Further Maths to 7357.

Is A level Further Maths worth it?

A plain look at the extra A level.

A level maths tutor cost in the UK

What families typically weigh when budgeting for tuition.

AQA A level Computer Science 7517

The AQA computing A level many maths students take too.

Coding classes in the UK

Every UK page we publish, in one place.

Related pages in this guide

Part of the guide: UK maths exam boards and specification codes

More guides: UK maths year by year, Reception to Year 11 · UK selective school maths tests: 7+, 11+, 13+ and 16+ · UK university admissions: maths tests and computing applications · UK maths enrichment, competitions and able pupils

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Leave a number and we will call at a UK time that fits round college. The first class works through one of our problems from each paper type, so you see where the gaps are.

Want to read more first? Each course page lists its syllabus, how we teach describes our approach, and student labs shows what students make.

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