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IB Mathematics Syllabus Reference

Topic-grouped study map for IB Maths — Analysis & Approaches (AA) and Applications & Interpretation (AI) — covering SL and HL with the exam habits that matter most.

5

topic areas

SL / HL

two levels

20%

internal assessment

Four courses

AA SL

Pure focus, 2 papers, 80% exam

AA HL

Deep pure + proof, 3 papers, 80% exam

AI SL

Applied focus, GDC-heavy, 2 papers

AI HL

Modelling + stats, 3 papers, 80% exam

Topics by unit

What each unit covers

Number & Algebra

6 topics

Sequences and binomial expansion appear in nearly every paper. For HL, complex numbers in polar and exponential form are reliably tested in Paper 1.

  • Sequences (arithmetic, geometric)
  • Binomial theorem
  • Logarithms and exponentials
  • Complex numbers (AA HL)
  • Proof by induction (AA HL)
  • System of equations

Functions

5 topics

Transformation of graphs is tested in both SL and HL. Know how each parameter (a, h, k) shifts or stretches — sketch quickly before answering.

  • Domain, range, inverse and composite functions
  • Quadratic, rational, and absolute value functions
  • Transformations (translations, reflections, stretches)
  • Exponential and logarithmic functions
  • Modelling with functions

Geometry & Trigonometry

6 topics

Vector questions often span several marks — set up the equation systematically. IB trig equations require all solutions in a given interval.

  • Sine and cosine rule
  • Unit circle and exact trig values
  • Trig equations and identities
  • Vectors (dot product, angle between)
  • 3D geometry and coordinate geometry
  • Voronoi diagrams (AI only)

Statistics & Probability

6 topics

GDC is allowed on Paper 2 — know how to find binomial and normal probabilities directly from your calculator. Show the calculator input in your working for method marks.

  • Probability (Venn diagrams, conditional)
  • Discrete distributions (Binomial)
  • Normal distribution and standardisation
  • Regression and correlation (GDC required)
  • Chi-squared test (HL)
  • Hypothesis testing

Calculus

6 topics

Paper 1 is no-GDC — practice differentiating and integrating without a calculator. Integration by inspection and recognising standard forms are faster than substitution on paper.

  • Differentiation (product, chain, quotient rule)
  • Integration (definite, by substitution)
  • Area between curves
  • Differential equations (HL)
  • Maclaurin series (HL)
  • Related rates of change

Commonly searched questions

What students ask most about IB Maths

How to revise IB Maths effectively

Past papers are the best revision tool — work through them by topic first, then by full paper closer to exams. For HL, Paper 3 is unique and needs separate practice since it tests open-ended investigation skills rather than standard procedures. Always write the formula before substituting — IB mark schemes allocate marks to that step.

Where to find IB Maths past papers

Official IB past papers are available through your school's IB coordinator or the IB store. Revision Village is the most popular third-party platform with topic-sorted past paper questions for AA and AI. Many schools also share past papers through internal drives.

How hard is IB Maths HL?

IB Maths AA HL is considered one of the hardest IB subjects. It covers university-level calculus (Maclaurin series, differential equations), complex numbers, and proof by induction. The average score is around 4–5 out of 7. Students targeting 7 typically spend 8–10 hours per week on the subject.

Which IB Maths course should I choose — AA or AI?

Choose AA if you plan to study Maths, Physics, Engineering, or Economics at university — it is more widely accepted for technical degree entry. Choose AI if you plan to study Biology, Psychology, Business, or Social Sciences — it emphasises statistics and real-world modelling with more GDC use.

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