A Level Maths Revision Notes

Welcome to the complete library of A Level Maths revision notes from ALevelMathsRevision.com. These free lesson notes cover every topic in the A Level Maths syllabus across Year 1 and Year 2, spanning Pure, Statistics, and Mechanics. Each set of A Level Maths lesson notes has been handwritten by John Armstrong, an experienced A Level Maths tutor, and is designed as a clear, concise summary of the key ideas — ideal for quick revision before a test, catching up on a missed lesson, or consolidating your understanding of a topic.

Revision notes are part of Stage 3 of your A Level Maths journey — topic revision. Once you've learned a topic through the video lessons and practised it with worksheets, these notes help you consolidate the key ideas before moving on to past paper revision. The journey above shows how every resource on this site fits together.

Your A Level maths journey

We're with you every step of the way. Click here to find out more about the journey.

Stage 1

Learning

Video lessons

Stage 2

Practice

Worksheets

Stage 4

Past paper revision

Past papers

A* questions

Only follow this arrow when you have covered the whole curriculum.

These notes follow the current A Level Maths specification and are suitable for students preparing for exams with any UK exam board, including AQA, Edexcel, OCR, and OCR MEI. Use the search bar or the filters below to find the notes you need by year, strand, or topic.

Year Strand Topic Lesson
Year 1 Pure Proof Proof
Year 1 Pure Proof Proof With Odds And Evens
Year 1 Pure Proof Sets And Interval Notation
Year 1 Pure Indices Fractional And Negative Indices
Year 1 Pure Indices Writing One Number As A Power Of Another
Year 1 Pure Surds Basic Surd Operations
Year 1 Pure Surds Rationalising The Denominator
Year 1 Pure Quadratic Equations Introduction To Completing The Square
Year 1 Pure Quadratic Equations Completing The Square
Year 1 Pure Quadratic Equations Applications Of Completing The Square
Year 1 Pure Quadratic Equations Simultaneous Equations
Year 1 Pure Quadratic Equations Stealth Quadratics
Year 1 Pure Quadratic Inequalities and The Discriminant Quadratic Inequalities
Year 1 Pure Quadratic Inequalities and The Discriminant Quadratic Inequalities And The Discriminant
Year 1 Pure Straight Line Geometry Introduction To Straight Lines
Year 1 Pure Straight Line Geometry Parallel And Perpendicular Lines
Year 1 Pure Circle Geometry Equations Of Circles
Year 1 Pure Circle Geometry Tangents And Normals To Circles
Year 1 Pure Polynomial Division And The Factor Theorem Polynomial Division And The Factor Theorem
Year 1 Pure Polynomial Division And The Factor Theorem Sketching Cubic Graphs
Year 1 Pure Polynomial Division And The Factor Theorem Sketching Quartic Graphs
Year 1 Pure Transformations Standard Graphs
Year 1 Pure Transformations Transformations Of Graphs And Functions
Year 1 Pure Trigonometry Trigonometric Identities
Year 1 Pure Trigonometry Solving Trig Equations
Year 1 Pure Trigonometry Sine And Cosine Rule
Year 1 Pure Trigonometry Finding A Trigonometric Quantity Given Another
Year 1 Pure Binomial Expansion Binomial Expansion
Year 1 Pure Binomial Expansion Further Binomial Expansion
Year 1 Pure Exponentials and Logarithms Introduction To Logarithms
Year 1 Pure Exponentials and Logarithms The Number E And Natural Logarithms
Year 1 Pure Exponentials and Logarithms Exponential Growth
Year 1 Pure Exponentials and Logarithms Solving Logarithmic Equations
Year 1 Pure Exponentials and Logarithms Solving Exponential Equations
Year 1 Pure Exponentials and Logarithms Logarithmic And Exponential Graphs
Year 1 Pure Exponentials and Logarithms Modelling With Exponentials
Year 1 Pure Differentiation Differentiation From First Principles
Year 1 Pure Differentiation Basic Differentiation Of Powers Of X
Year 1 Pure Differentiation Tangents And Normals To Curves
Year 1 Pure Differentiation Finding And Classifying Stationary Points
Year 1 Pure Differentiation Increasing And Decreasing Functions
Year 1 Pure Differentiation Practical Applications Of Differentiation
Year 1 Pure Differentiation Modelling With Differentiation
Year 1 Pure Integration Introduction To Integration
Year 1 Pure Integration Indefinite Integrals
Year 1 Pure Integration Definite Integrals
Year 1 Pure Integration Area Between A Curve And The X Axis
Year 1 Pure Integration Solving Differential Equations
Year 1 Pure Vectors Vectors
Year 1 Pure Vectors Geometric Problems Using Vectors
Year 1 Stats Statistical Sampling Sampling Techniques
Year 1 Stats Graphical Representation of Data Histograms
Year 1 Stats Graphical Representation of Data Cumulative Frequency Diagrams
Year 1 Stats Averages and Spread Averages and Spread
Year 1 Stats Averages and Spread Mean and Standard Deviation from Grouped Data
Year 1 Stats Averages and Spread Interpolation
Year 1 Stats Averages and Spread Intro to Standard Deviation
Year 1 Stats Averages and Spread Outliers and Cleaning Data
Year 1 Stats Correlation and Regression Correlation and Regression
Year 1 Stats Discrete Distributions (inc. Binomial Distribution) Discrete Random Variables
Year 1 Stats Probability Mutually Exclusive and Independent Events
Year 1 Stats Discrete Distributions (inc. Binomial Distribution) Calculating Binomial Probabilities
Year 1 Stats Discrete Distributions (inc. Binomial Distribution) Cumulative Binomial Probabilities
Year 1 Stats Binomial Hypothesis Testing Intro to Hypothesis Tests
Year 1 Stats Binomial Hypothesis Testing Hypothesis Testing – Finding Critical Regions
Year 1 Stats Binomial Hypothesis Testing One Tail Binomial Hypothesis Testing
Year 1 Stats Binomial Hypothesis Testing Two Tail Binomial Hypothesis Testing
Year 1 Stats Binomial Hypothesis Testing Exam Questions Involving Trial and Improvement
Year 1 Mech Displacement-Time and Velocity-Time Graphs S-T and V-T Graphs
Year 1 Mech Kinematics: Constant Acceleration (SUVAT) Deriving SUVAT Equations
Year 1 Mech Kinematics: Constant Acceleration (SUVAT) Intro to SUVAT
Year 1 Mech Kinematics: Constant Acceleration (SUVAT) Free Motion Under Gravity
Year 1 Mech Kinematics: Variable Acceleration Introduction to Kinematics
Year 1 Mech Kinematics: Variable Acceleration Differentiation and Integration in Kinematics
Year 1 Mech Resolving Forces and Newton's Second Law (F = ma) Resolving Perpendicular Forces
Year 1 Mech Resolving Forces and Newton's Second Law (F = ma) Newton's Second Law in One and Two Dimensions
Year 1 Mech Resolving Forces and Newton's Second Law (F = ma) Forces in 2d with Vectors
Year 1 Mech Newton's Third Law (Objects in Contact and Connected Particles) Horizontally Connected Particles
Year 1 Mech Newton's Third Law (Objects in Contact and Connected Particles) Particles Over a Pulley
Year 2 Pure Sequences and Series Arithmetic Sequences
Year 2 Pure Sequences and Series Geometric Sequences
Year 2 Pure Sequences and Series Inductive Sequences
Year 2 Pure Sequences and Series Sigma Notation and Mixed Sequence Problems
Year 2 Pure Rational Expressions Simplifying Algebraic Fractions
Year 2 Pure Rational Expressions Higher Order Polynomial Division
Year 2 Pure Rational Expressions Partial Fractions
Year 2 Pure General Binomial Expansion General Binomial Expansion
Year 2 Pure Functions Mappings
Year 2 Pure Functions Domain and Range
Year 2 Pure Functions Inverse of a Function
Year 2 Pure Functions Composite Functions
Year 2 Pure Functions Multiple Transformations of Functions
Year 2 Pure The Modulus Function Solving Equations Involving Moduli
Year 2 Pure The Modulus Function Further Sketching Modulus Functions
Year 2 Pure The Modulus Function Modulus Inequalities
Year 2 Pure Trigonometry: Radians, Circle Sectors and Triangles Radians and Circle Sectors
Year 2 Pure Trigonometry: Compound and Double Angle Formulae Compound Angle Formulae
Year 2 Pure Trigonometry: Compound and Double Angle Formulae Double Angle Formulae
Year 2 Pure Trigonometry: Compound and Double Angle Formulae Rcos(x+a) and Rsin(x+a)
Year 2 Pure Trigonometry: Secant, Cosecant and Cotangent Reciprocal Trig Functions
Year 2 Pure Trigonometry: Secant, Cosecant and Cotangent Further Reciprocal Trig Functions and Proofs
Year 2 Pure Trigonometry: Secant, Cosecant and Cotangent Solving Equations With Reciprocal Trig Functions
Year 2 Pure Trigonometry: Small Angle Approximations and Inverse Trig Functions Small Angle Approximations
Year 2 Pure Trigonometry: Small Angle Approximations and Inverse Trig Functions Inverse Trig Functions
Year 2 Pure Further Differentiation Chain Rule
Year 2 Pure Further Differentiation Product Rule
Year 2 Pure Further Differentiation Quotient Rule
Year 2 Pure Further Differentiation Differentiating Trig Functions
Year 2 Pure Further Differentiation Differentiating Inverse Functions
Year 2 Pure Further Differentiation Implicit Differentiation
Year 2 Pure Concave and Convex Curves and Points of Inflection Convexity, Concavity and Points of Inflection
Year 2 Pure Further Integration Standard Integrals
Year 2 Pure Further Integration Methods for Trig Integration
Year 2 Pure Further Integration Further Integration With Partial Fractions
Year 2 Pure Further Integration Integration by Parts
Year 2 Pure Further Integration Integration – Choosing the Correct Method
Year 2 Pure Integration By Substitution Integration by Substitution
Year 2 Pure Parametric Equations Intro to Parametric Equations
Year 2 Pure Parametric Equations Parametric Differentiation
Year 2 Pure Parametric Equations Parametric Integration
Year 2 Pure Connected Rates of Change Connected Rates of Change
Year 2 Pure Differential Equations Differential Equations – Separating the Variables
Year 2 Pure Proof By Contradiction Proof By Contradiction
Year 2 Pure Numerical Methods Locating Roots with a Change of Sign
Year 2 Pure Numerical Methods Fixed Point Iteration
Year 2 Pure Numerical Methods Newton-Raphson Method
Year 2 Pure Numerical Methods Approximating Integrals with Rectangles
Year 2 Pure Numerical Methods Trapezium Rule and Numerical Integration
Year 2 Pure Vectors in 3-d Vectors in 3d
Year 2 Stats Conditional Probability Probabilities and Venn Diagrams
Year 2 Stats Conditional Probability Conditional Probabilities on Venn Diagrams
Year 2 Stats Conditional Probability Conditional Probability on Tree Diagrams
Year 2 Stats Conditional Probability Further Conditional Probability
Year 2 Stats The Normal Distribution Normal Distribution – Calculating Probabilities
Year 2 Stats The Normal Distribution Inverse Normal Distribution
Year 2 Stats The Normal Distribution Normal Distribution – Calculating Unknown Mean and Variance
Year 2 Stats The Normal Distribution Hypothesis Test for Sample Mean
Year 2 Stats The Normal Distribution Normal Approximations to a Binomial Distribution
Year 2 Stats Further Correlation and Regression Hypothesis Tests for Correlation
Year 2 Mech Resolving Non-Perpendicular Forces Resolving Non-Perpendicular Forces
Year 2 Mech Resolving Non-Perpendicular Forces Static Bodies in 2d
Year 2 Mech Vector Mechanics Constant Acceleration in 2d
Year 2 Mech Vector Mechanics Constant Acceleration in 2d Worked Examples
Year 2 Mech Vector Mechanics Variable Acceleration in 2d
Year 2 Mech Projectiles Projectiles
Year 2 Mech Projectiles Vectors and Trajectory of a Projectile
Year 2 Mech Coefficient Of Friction Forces on a Slope with Friction
Year 2 Mech Moments Intro to Moments
Year 2 Mech Moments Moments in 2d
Year 2 Mech Moments Non-Uniform Rods