A-level Maths → Further Maths
Further Maths is taken alongside A-level Maths and is the strongest signal for a maths, physics, engineering or economics degree. The compulsory Core Pure content adds whole new areas — complex numbers, matrices, and proof by induction — and deepens the calculus. It is the closest school maths gets to a university course, and most of it has no A-level-Maths antecedent at all.
The biggest jumps
- Complex numbers and matrices are entirely new compulsory areas.
- Proof by induction (not in A-level Maths) becomes a core technique.
- The calculus, series and vectors you know all get pushed considerably further.
Complex numbers
You can already
Nothing in A-level Maths — a negative discriminant just means 'no real roots'.
Now you'll
The imaginary unit , the Argand diagram, modulus–argument form, de Moivre's theorem, and roots of unity.
Matrices
You can already
Nothing in A-level Maths.
Now you'll
Matrix algebra, determinants and inverses, solving systems of linear equations, and matrices as transformations.
Proof
You can already
Deduction, exhaustion, contradiction and counterexample.
Now you'll
Proof by mathematical induction — for series, divisibility and matrix results.
Further calculus
You can already
Differentiate and integrate standard functions; find areas.
Now you'll
Improper integrals, the mean value of a function, volumes of revolution, and further integration techniques.
Vectors
You can already
3D vectors, magnitude and position vectors.
Now you'll
The scalar (dot) product, and the equations of lines and planes with the distances between them (Core Pure); the vector/cross product comes in the optional Further Pure papers.
Series
You can already
Arithmetic, geometric and binomial series.
Now you'll
The method of differences, Maclaurin series, and summing , and .
Hyperbolic functions
You can already
Nothing in A-level Maths.
Now you'll
, and , their calculus, and the inverse hyperbolic functions.
Polar coordinates
You can already
Nothing in A-level Maths — everything is Cartesian .
Now you'll
Curves written in polar form and the area enclosed by a polar curve.
Differential equations
You can already
Simple first-order separable equations.
Now you'll
First- and second-order differential equations, modelling with them, and simple harmonic motion.
Optional papers
You can already
A-level Maths fixes your applied content (Statistics and Mechanics).
Now you'll
You choose your optional content — from Further Pure, Further Statistics, Further Mechanics and Decision maths.
Bridge the gap before term starts
A few sessions over the summer on exactly these new topics is the difference between catching up and getting ahead. Your first lesson is free.