Mathematics

Course summary

An A level in Mathematics is useful for many careers. It is valued by universities and employers as an entry requirement for further studies in areas such as accountancy, actuarial work, computing, architecture, law or engineering. Good mathematical knowledge is also considered essential in many careers linked to the sciences or medicine. Students will study three areas of Mathematics. These are Pure Mathematics, Mechanics and Statistics. The work in Pure Mathematics is abstract, with applications of theory to reality where appropriate. The course extends the knowledge gained at GCSE level in algebra, geometry and trigonometry. New branches of Mathematics are introduced including the study of sequences and series, natural logarithms, and most importantly, calculus, which is fundamental to many parts of the A-level course. Mechanics is the study of the physical behaviour of objects. There are two main branches: Dynamics and Statics. Dynamics is concerned with the behaviour of moving objects and is mostly based on Newton’s laws of motion. Examples include particles projected through the air and motion in horizontal and vertical circles. Statics is the study of stationary objects and the forces required to maintain equilibrium. Examples include ladders leaning against walls and objects resting on inclined planes. Statistics is concerned with the mathematics of risk-taking and decision-making. A thorough grounding is given in probability theory and the graphical representation of data, correlation and regression, the normal distribution, the Binomial and Poisson distributions and continuous random variables There are many Mathematical courses available at universities which can offer single honours degrees or joint honours degrees. Mathematics can be linked with many subjects such as Accountancy, Physics, Languages, Law, Management, Astronomy or Computing. Further research will show how Mathematics can be linked to the students’ choices. Mathematics is a highly valued course and it offers students many skills which can be applied elsewhere. Successful mathematical students are perceived to be analytical, logical, determined, numerate, able to problem solve, and effective communicators. These are all skills and characteristics relevant to all careers today. Many students who have studied Mathematics have chosen careers in Law, Medicine, Veterinary Medicine, Education, Architecture and Engineering or have taken on apprenticeships.