Maths study guides
A-LEVEL-OCR Β· A-Level (OCR) Β· aligned to OCR.
- OCR A-Level Maths A Mechanics: units, kinematics, forces, projectiles and moments
A deep-dive OCR A-Level Mathematics A guide to the Mechanics strand: quantities and units, kinematics and the suvat equations, forces and Newton's laws, projectiles, and moments, with the modelling assumptions and techniques OCR repeats in Paper 3.
π 20 min readH240/3.01-3.04 - OCR A-Level Maths A Pure advanced: trigonometry, exponentials, logarithms, functions and vectors
A deep-dive OCR A-Level Mathematics A guide to the advanced Pure content: trigonometry and the sine and cosine rules, radian measure, trigonometric identities and equations, exponentials and logarithms, functions and the modulus function, partial fractions, and vectors, with the techniques OCR repeats across all three papers.
π 20 min readH240/1.05-1.10 - OCR A-Level Maths A Pure calculus: differentiation, integration, differential equations and numerical methods
A deep-dive OCR A-Level Mathematics A guide to the calculus Pure content: differentiation and its applications, integration and integration techniques, differential equations, and numerical methods, with the standard results and techniques OCR repeats across all three papers.
π 20 min readH240/1.07-1.09 - OCR A-Level Maths A Pure foundations: proof, algebra, polynomials, graphs, coordinate geometry and sequences
A deep-dive OCR A-Level Mathematics A guide to the foundational Pure content: proof, indices and surds, algebra and functions, polynomials and the binomial theorem, graphs and transformations, coordinate geometry, and sequences and series, with the techniques OCR repeats across all three papers.
π 20 min readH240/1.01-1.04 - OCR A-Level Maths A Statistics: sampling, data, probability, distributions and hypothesis testing
A deep-dive OCR A-Level Mathematics A guide to the Statistics strand: statistical sampling, data presentation and interpretation, probability, the binomial and Normal distributions, and hypothesis testing, grounded in the pre-release large data set and examined in Paper 2.
π 20 min readH240/2.01-2.05