PHYSICS OVERVIEW
How is the course assessed?
Physics is a very important subject for those intending to follow a degree course in engineering and other sciencerelated disciplines, such as medicine, surveying, chemistry, veterinary science, mathematics or computer science, to name but a few. The key skills learned in the study of Physics are also highly sought after in other careers such as finance, computing and management.
The course is split up as follows:
OCR Physics A takes a content-led approach to the course, which is divided into topics, designed to provide a rewarding experience across the ability range, along with genuine challenge for the most able learners.
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As learners progress through the course, they’ll build on their knowledge of the laws of physics, applying their understanding to areas from subatomic particles to the entire universe. The Practical Endorsement will also support the development of their practical skills.
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If you intend to study Physics at A-level, it is a requirement that you either study Mathematics as a full A level (Section A) or as an AS level (Section B).
Head of Department Mr J P Kemp
Examination Board OCR
Specification A
Module 1 – Development of practical skills in physics • •
Practical skills assessed in a written examination Practical skills assessed in the practical endorsement
Module 6 – Particles and medical physics • • • • •
Capacitors Electric fields Electromagnetism Nuclear and particle physics Medical imaging
Module 2 – Foundations of physics
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Physical quantities and units Making measurements and analysing data Nature of quantities
Module 3 – Forces and motion Moton Forces in action Work, energy and power Materials Newton’s laws of motion and momentum
Module 4 – Electrons, waves and photons • • • • •
Entry requirements Grade 7 in Physics or in Science and Additional Science is the minimum required to apply. The mathematical demands of the course require that you should ideally have achieved a grade 7 in GCSE Mathematics
Charge and current Energy, power and resistance Electrical circuits Waves Quantum physics
Module 5 – Newtonian world and astrophysics
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Thermal physics Circular motion Oscillations Gravitational fields Astrophysics and cosmology
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