S HER BO RNE GIR L S SIX T H FORM
PHYSICS Why study Physics? Whatever a pupil’s ambition, A Level Physics can help them realise it. In Physics, they gain a qualification that is highly regarded by universities and employers – not just for the knowledge acquired but also the analytical skills developed alongside the ability to think logically. From the smallest sub-atomic particles to the nature of black holes, Physics provides a deeper understanding of how the universe works. Lessons are a mix of theory and practical and while there is a mathematical element to it, pupils do not need to study A Level Mathematics to complete the A Level Physics course. A good Maths grade at GCSE is nonetheless desirable. Course Content Physics is the most fundamental of the experimental sciences. It seeks to explain the universe itself, from the very smallest particles to the vast distances between galaxies. In the first year we aim to build on prior knowledge of topics including Mechanics, Waves and Electricity, while introducing new topics such as Particle Physics and Quantum Phenomena. Pupils have the opportunity to learn about historical scientific discoveries alongside cutting-edge science. In the second year, we develop these ideas through the study of Electric, Gravitational and Magnetic Fields. The concept of the field is one of the great unifying ideas in Physics. Other topics include Thermal Physics and Nuclear Physics. The course is completed with an Astrophysics module. Practical work is at the heart of Physics and we offer opportunities to develop key practical skills throughout the course. The A Level course has a separate practical endorsement based on assessments completed in class. The final grade is based only on marks secured in final written examinations.
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Will I enjoy it? Yes! How can anyone not enjoy discovering how the world operates? A Level Physics gives pupils the opportunity to explore questions often introduced at GCSE, but seldom explored in detail. London, the Diamond Light Source in Oxfordshire and the Joint European Torus experimental fusion reactor at Culham. Work in the classroom is supported with lectures by visiting speakers and trips to places of scientific interest. Recent trips have included the Fleet Air Arm Museum at Yeovilton, the Science Museum in London, the Diamond Light Source in Oxfordshire and the Joint European Torus experimental fusion reactor at Culham.
