Further Mathematics is designed to stretch and challenge able young mathematicians by introducing you to new techniques and concepts, such as complex numbers and matrices, as well as studying material from A Level Mathematics in greater depth. You will be taught by highly qualified specialist subject tutors in classes consisting exclusively of Further Mathematics students.
In Mathematics, you will extend some of the core ideas from GCSE Mathematics, such as quadratic equations, coordinate geometry, algebra, sequences and trigonometry. You will also meet material that may be new to you, such as calculus, logarithms, trigonometric identities and vector geometry. You will extend the range of functions that you can use and learn about partial fractions, exponential functions, algebraic proof and the use of vectors in three-dimensional geometry. You will also develop differentiation and integration techniques that will enable you to deal with a wide variety of functions. You will use the core material to model practical problems and develop your problem-solving skills as well as finding out about some of the background stories behind the ideas.
You will extend the quantitative methods and data handling work from GCSE Mathematics. Much of this material will seem familiar, such as probability, data presentation and interpretation, although you will take the ideas further. You will also learn about statistical distributions and hypothesis testing and you will investigate a large data set to get a feel for some of the decisions that a statistician would have to make when processing and interpreting data.
You will also study some mechanics, exploring why moving objects move in the way they do and why stationary objects remain in static equilibrium. You will learn about modelling forces and develop equations for simple kinematics in one or two dimensions. You will learn how to apply Newton’s laws to predict the motion of simple systems that can be modelled as particles. There is some crossover with AS Physics, but you do not need to be studying Physics to understand mechanics in Mathematics.
In Further Mathematics, you will be introduced to some new and very useful areas of pure mathematics, such as algebraic proof, complex numbers, matrices, further algebra, further calculus and further vectors. You will apply these ideas to problems and meet more advanced ideas such as polar coordinates, differential equations, hyperbolic functions, de Moivre’s theorem and further work on matrices and using vectors in geometry.
You will also take two option papers to extend and broaden your understanding and application of Further Mathematics. These papers are likely to be Further Statistics 1 and Further Mechanics 1, but check with the course team.
You will sit A Level exams in Mathematics and Further Mathematics.