Pearson Edexcel A Level Mathematics
Syllabus YMA01 · Specification Issue 3, April 2019 · sourced from Pearson Edexcel -- official International Advanced Subsidiary/Advanced Level Mathematics specification PDF, verified 2026-08-19.
-
1. Unit P1: Pure Mathematics 1
- P1.1 Algebra and functions
- P1.2 Coordinate geometry in the (x, y) plane
- P1.3 Trigonometry
- P1.4 Differentiation
- P1.5 Integration
-
2. Unit P2: Pure Mathematics 2
- P2.1 Proof
- P2.2 Algebra and functions
- P2.3 Coordinate geometry in the (x, y) plane
- P2.4 Sequences and series
- P2.5 Exponentials and logarithms
- P2.6 Trigonometry
- P2.7 Differentiation
- P2.8 Integration
-
3. Unit P3: Pure Mathematics 3
- P3.1 Algebra and functions
- P3.2 Trigonometry
- P3.3 Exponentials and logarithms
- P3.4 Differentiation
- P3.5 Integration
- P3.6 Numerical methods
-
4. Unit P4: Pure Mathematics 4
- P4.1 Proof
- P4.2 Algebra and functions
- P4.3 Coordinate geometry in the (x, y) plane
- P4.4 Binomial expansion
- P4.5 Differentiation
- P4.6 Integration
- P4.7 Vectors
-
5. Unit M1: Mechanics 1
- M1.1 Mathematical models in mechanics
- M1.2 Vectors in mechanics
- M1.3 Kinematics of a particle moving in a straight line
- M1.4 Dynamics of a particle moving in a straight line or plane
- M1.5 Statics of a particle
- M1.6 Moments
-
6. Unit M2: Mechanics 2
- M2.1 Kinematics of a particle moving in a straight line or plane
- M2.2 Centres of mass
- M2.3 Work and energy
- M2.4 Collisions
- M2.5 Statics of rigid bodies
-
7. Unit S1: Statistics 1
- S1.1 Mathematical models in probability and statistics
- S1.2 Representation and summary of data
- S1.3 Probability
- S1.4 Correlation and regression
- S1.5 Discrete random variables
- S1.6 Discrete distributions
- S1.7 The Normal distribution
-
8. Unit S2: Statistics 2
- S2.1 The Binomial and Poisson distributions
- S2.2 Continuous random variables
- S2.3 Continuous distributions
- S2.4 Samples
- S2.5 Hypothesis tests
-
9. Unit D1: Decision Mathematics 1
- D1.1 Algorithms
- D1.2 Algorithms on graphs
- D1.3 Algorithms on graphs II
- D1.4 Critical path analysis
- D1.5 Linear programming