Physics study guides
CCEA-A-LEVEL Β· A-Level (CCEA) Β· aligned to CCEA.
- CCEA A-Level Physics A2 1 Deformation, Thermal Physics, Circular Motion, SHM and Gravity: a complete overview
A deep-dive CCEA A-Level Physics guide to the A2 1 unit on deformation of solids, thermal physics and ideal gases, circular motion, simple harmonic motion and gravitational fields. Covers Hooke's law and the Young modulus, heat capacity and kinetic theory, centripetal force, the SHM equations and resonance, and Newton's law of gravitation, with the equations CCEA examines.
π 18 min readCCEA - CCEA A-Level Physics A2 2 Fields, Capacitors, Particles and Astronomy: a complete overview of fields, capacitance, particle physics and cosmology
A deep-dive CCEA A-Level Physics guide to the A2 2 unit on electric fields, capacitors, magnetic fields and electromagnetic induction, particle physics and the standard model, and astronomy and cosmology. Covers Coulomb's law, capacitance and exponential decay, the motor effect, Faraday's and Lenz's laws, quarks and leptons, and redshift and the Big Bang, with the equations CCEA examines.
π 18 min readCCEA - CCEA A-Level Physics AS 1 Forces, Energy and Electricity: a complete overview of mechanics, energy and DC circuits
A deep-dive CCEA A-Level Physics guide to the AS 1 Forces, Energy and Electricity unit. Covers physical quantities and units, scalars and vectors, forces and equilibrium, dynamics and Newton's laws, work, energy and power, electric charge, current and resistance, and DC circuits, with the definitions and equations CCEA examines.
π 18 min readCCEA - CCEA A-Level Physics AS 2 Waves, Photons and Medical Physics: a complete overview of waves, the photoelectric effect and imaging
A deep-dive CCEA A-Level Physics guide to the AS 2 Waves, Photons and Medical Physics unit. Covers waves and their properties, superposition and stationary waves, refraction and lenses, quantum physics and the photoelectric effect, wave-particle duality, and medical physics, with the definitions and equations CCEA examines.
π 18 min readCCEA