Physics

Course summary

Physics is arguably the most fundamental science and as such it provides a unique insight into why things happen and how things work. This is not just restricted to what most people would associate with physics: batteries and bulbs, levers and pulleys. The A-level physicist will meet all manner of strange and occasionally mind-boggling ideas. It cannot be pretended that physics is easy but it is extremely rewarding and carries a great deal of weight in UCAS and future job applications, with a very strong international appeal. It is best supported by A-level mathematics, and although this is not essential, anyone choosing physics should enjoy mathematical challenges. A physics qualification is useful in a huge variety of careers, by demonstrating the ability to analyse, work independently and provide an intelligent approach to problem solving. For this reason, it is highly regarded as a qualification not only in all branches of science and engineering but also in the areas of business, finance and law. In the first year of study, students begin with an initial introductory course of measurement techniques. The topics of materials and mechanics precede the topics of electricity and waves. At the end of the first year students study particle physics; looking at the Standard Model of Matter. Wave-particle duality and quantum effects. For the second year of the course, students explore further mechanics, fields, heat and nuclear physics, along with an optional topic, such as turning points or astrophysics. Throughout the two years of the course, laboratory skills are gained through a set of prescribed practical investigations, which are then examined in the final written paper 3. In addition, these practical skills are assessed on an ongoing basis to provide evidence for the ‘Practical Endorsement’ of the A-level, which is in addition to the final grade.