# OCR A-Level Maths Past Papers & Mark Schemes

We host a variety of OCR A-Level Maths Past Papers and Mark Schemes for teachers and students to prepare with. This section contains papers from Edexcel covering 2007-2018. These papers can be used for testing your knowledge and are an ideal way to practise and revise. Click on the relevant module/blue button to access a list of past exam PDFs.

If you are preparing for the 2019 A-Level Exams we would strongly recommend the New Specification and IAL Modules. These contain many questions that are relevant for the new exam.

Module Letters

C = Core Mathmatics

M = Mechanics

S = Statistics

## NEW Specification (2018 - Onwards)

**Pure & Applied Papers**

AS and A-Level Sample Papers for 2018 onwards. Click Blue Button to see all available papers.

## OCR Papers - Modules (2012-2018)

These papers contain hundreds of questions related to the new 2019 A-Level.

Differentiation & Integration, Quadratics, Algebraic Manipulation, Co-ordinate Geometry, Circles, Transformations of Functions

Further Differentiation (stationary points, tangents&normals), Further Integration (area under curve, finding y=f(x)), Trapezium Rule, Trigonometry, Logs, Binomial Expansion, Geometric & Arithmetic Sequences, Cubics, Factor Theorem, Polynomial Division

Further Differentiation (chain rule, product rule, quotient rule), Further Integration (area under curve, finding y=f(x)), Further Trigonometry (double angle, harmonic form, etc.), Transformations of functions with graphs, Inverse and Composite Functions, Solving and sketching Modulus Functions, ln and e, Iterations to find roots

Further Integration (by parts, substitution, partial fractions, rates of change and solving differential equations), Parametric Equations (differentiation, finding Cartesian, etc.). Further Binomial Expansion, Polynomial Division, Partial fractions and Algebraic Fraction Manipulation, Vectors (questions involving 3D lines no longer relevant, check spec)

Forces & Friction (resolving forces. slopes, pulleys&connected Particles), Projectiles with Constant Acceleration (equations of motion, suvat), Moments (no ladders), Variable Acceleration (v = ds/dt, etc.), Velocity-Time Graphs, Momentum

Ladders (moments&forces), Projectiles at angles, Power, Work, Kinetic Energy Laminae,

Mean & S.D., Median, Quartiles & Interpolation, Discrete Random Variable (E(X)&Var(X)), Probability (trees&Venn diagrams), Regression & PMCC, Binomial Distribution, Geometric Distribution, , Spearman's Rank, Permutations & Combinations

Normal Distribution. Binomial Distribution (approximations), Poisson Distribution, Hypothesis Testing (binomial&normal with sample mean, Poisson), Continuous Random Variable