Why is the universe the way it is? Physics asks questions about the fundamental forces and interactions that shape our lives. It seeks to explain how nature behaves by understanding the mechanisms that explain natural phenomena.
Subject content
The course studies topics ranging from modern particle physics through classical mechanics and motion, electricity and magnetism, waves, fields and nuclear reactions.
Measurements and their Errors: Use in practical work and awareness of measurements and their uncertainties.
Particles and Radiation: Properties of matter, electromagnetic radiation and quantum phenomena, including sub-atomic particles, anti-particles and photons.
Waves: Characteristics, properties and applications of travelling waves and stationary waves, concepts of refraction, diffraction, superposition and interference.
Mechanics and Materials: How forces energy and momentum are related, along with bulk properties of materials.
Electricity: The nature of electricity. Simple circuits and applications of electricity are analysed.
Further Mechanics and Thermal Physics: Circular and simple harmonic motion, the thermal properties of materials and the properties and nature of ideal gases.
Fields and their Consequences: Gravitational and electromagnetic fields. Practical applications such as satellite orbits, capacitors in circuits and electromagnetic induction.
Nuclear Physics: The properties of atomic nuclei, energy and mass and the production of nuclear power.
Option: Astrophysics or turning points in physics.
Practical Endorsement: 12 practicals, in which you must demonstrate competency in various skills. These are linked to concepts throughout the course.
Learning methods
You will learn through a variety of methods, including teacher led, research, practical activities, group tasks and independent study.
Assessment is by written examination. There is also a practical endorsement that will be completed and tracked throughout the course.
Sixth Form entry requirements and a grade 5 or above in GCSE mathematics, grade 5 or above in all three separate sciences or grade 6 in combined science.
Physics is excellent preparation for most Higher Education courses in a science or engineering subject. It is valued by employers that require good mathematical and analytical skills. Future career opportunities range from technicians through all branches of engineering to financial analysts. You will develop the skills, understanding and knowledge that employers across a wide spectrum of industries are looking for.