Physics

Course summary

This is a subject involving advanced scientific models and theories, problem-solving, and mathematical skills. A large part of the course involves the use of mathematical skills (such as algebra) combined with the understanding of scientific theories, to attain answers about topics such as Particle Physics, Mechanics, and Electricity. The aim is to prepare students to develop the skills to potentially answer any physical question, or plan an experiment to investigate the universe on any scale. Students will complete 12 required practicals and present a lab book for the Physics Practical Endorsement. The endorsement is a requirement for all Science undergraduates at the university. The practicals include investigations into stationary waves, EMF, gravitational fields, and the elasticity of metals. The course requires an interest in how the universe works, from subatomic particles to galaxies. It is a demanding curriculum that requires tenacity, self-motivation, preparation, and practice. Students have gone on to higher education courses at university as well as taking up apprenticeships. One student from year 12 will become Physicist of the Year – a prestigious award given by the Odgen Trust that comes with the opportunity for a scholarship at Durham University.