Physics is only available at Standard level. This course is aimed at those students who look at the physical world around them and question how it all works. It is for those who wish to expand and broaden their minds in a study of physics with material equivalent to A Level. Like all experimental sciences it will allow students to examine the interplay of experiment and theory.
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Subjects
IT
GCSE Physics
Course programme
Physics and physical measurement: the realm of physics, measurement and uncertainties, vectors and scalars. Mechanics: kinematics, forces and dynamics, work energy and power, uniform circular motion. Thermal physics: thermal concepts, thermal properties of matter. Oscillations and Waves: kinematics of simple harmonic motion (SHM), energy changes during SHM, forced oscillations and resonance, wave characteristics, wave properties. Electric currents: electric potential difference, current and resistance. Fields and forces: gravitational force and field, electric force and field, magnetic force and field. Atomic and nuclear physics: the atom, radioactive decay, nuclear reactions, fission and fusion. Energy, power and climate change: energy degradation and power generation, world energy sources, fossil fuel power production, non-fossil fuel power production, greenhouse effect, global warming. And two options from: Sight and Wave Phenomena: The eye and sight, standing (stationary) waves, Doppler effect, diffraction, resolution, polarisation. Electromagnetic waves: Nature of EM waves and light sources, optical instruments, two-source interference of waves and diffraction grating. Quantum physics and nuclear physics: quantum physics, nuclear physics. Digital technology: Analogue signals, data capture, digital imaging using charge-coupled devices (CCDs), electronics and the mobile phone system. Astrophysics: introduction to the universe, stellar radiation and stellar types, stellar distances and cosmology. Relativity and particle physics: introduction to relativity, concepts and postulates of special relativity, relativistic kinematics, particles and interactions and quarks. Communications: Radio communication, digital signals, optic fibre transmission and channels of communication.