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A-Level Mathematics Syllabus Reference

Topic-grouped study map for A-Level Maths — Pure Mathematics, Statistics, and Mechanics — with the examiner patterns that separate B grades from A* grades.

3

exam papers

100

marks per paper

2

years of study

Paper split

Paper 1 — Pure

100 marks, 2 hrs

Paper 2 — Pure

100 marks, 2 hrs

Paper 3 — Stats + Mechanics

100 marks, 2 hrs (50/50)

Topics by unit

What each section covers

Pure Mathematics — Algebra & Functions

7 topics

Foundation for all other pure topics. Factor theorem and graph transformations appear in almost every paper — know both forwards and backwards.

  • Indices and surds
  • Quadratics (discriminant, completing the square)
  • Inequalities
  • Polynomials and factor theorem
  • Partial fractions
  • Functions, domain and range
  • Modulus function and graph transformations

Pure Mathematics — Calculus

6 topics

Highest mark allocation in A-Level Maths. Integration by parts and differential equations are 6–9 mark questions. Always include the constant of integration.

  • Differentiation (product, quotient, chain rule)
  • Integration (by parts, by substitution)
  • Differential equations
  • Implicit differentiation
  • Parametric equations
  • Maclaurin series

Pure Mathematics — Trigonometry & Exponentials

5 topics

Trig identities are used to simplify integrals — learn all six double angle forms. Exponential models often combine with differentiation.

  • Radians, arc length, sector area
  • Reciprocal trig functions (sec, cosec, cot)
  • Trig identities and double angle formulae
  • Exponential and log functions (ln)
  • Exponential growth and decay models

Statistics

6 topics

Hypothesis testing requires a clear null/alternative hypothesis, critical region, and conclusion in context. Examiners penalise vague conclusions.

  • Data presentation (box plots, histograms)
  • Probability (conditional, Bayes)
  • Normal distribution
  • Hypothesis testing (one-tail, two-tail)
  • Binomial distribution
  • Correlation and regression

Mechanics

5 topics

Draw a force diagram before writing any equation — examiners award method marks for it. SUVAT only applies to constant acceleration.

  • Kinematics (SUVAT, variable acceleration)
  • Forces and Newton's laws
  • Moments
  • Projectile motion
  • Friction and inclined planes

Commonly searched questions

What students ask most about A-Level Maths

How to revise A-Level Maths effectively

Work through past papers under timed conditions, then analyse every mark you lost. A-Level Maths rewards method — even a wrong final answer gets method marks if working is shown. Focus on integration by parts and hypothesis testing early as they carry the most marks on Paper 3.

Where to find A-Level Maths past papers

AQA and Edexcel publish free past papers and mark schemes on their websites. For Edexcel, papers from 2018 onwards use the current linear specification. Older papers (pre-2017 modular) are useful for topic practice but have a different structure.

How hard is A-Level Maths compared to GCSE?

A-Level Maths is significantly harder in pace rather than concept. The jump is mostly in volume — you cover roughly three times as much content in two years, and questions combine multiple topics in a single problem. Students who achieved grade 7+ at GCSE generally manage the transition well.

What grade do I need in A-Level Maths for university?

Russell Group universities typically require A or A* for Maths, Physics, and Engineering degrees. For Economics, Computer Science, and related courses, a B is often sufficient. Check UCAS entry requirements for specific courses as they vary significantly.

Practice bridge

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