QCE Physics Notes

Learn thermal particle model for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn specific heat capacity for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn thermal energy accounting for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn nuclear stability for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn radioactive decay for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn half-life for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn nuclear energy for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn circuit energy flow for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn resistance and i-v data for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn circuit analysis for QCE Physics Unit 1 with worked reasoning, equations, original diagrams and checked practice.

Learn motion quantities for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn kinematics graphs for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn forces and motion for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn momentum and impulse for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn mechanical energy for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn wave behaviour for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn standing waves and sound for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn wave model of light for QCE Physics Unit 2 with worked reasoning, equations, original diagrams and checked practice.

Learn QCE Physics vector analysis with component resolution, vector addition, vector subtraction and resultant magnitude and direction.

Learn QCE Physics projectile motion with vector components, independent horizontal and vertical motion, no-drag assumptions and range data interpretation.

Learn inclined plane force diagrams and uniform circular motion for QCE Physics, including normal force, components, period, centripetal acceleration and centripetal force.

Learn QCE Physics orbital mechanics, including universal gravitation, gravitational fields, Kepler's laws and circular orbit calculations.

Learn QCE Physics gravitational fields, inverse-square gravity, field strength, orbital motion and Kepler's third law.

Learn QCE Physics electrostatics with Coulomb's law, electric fields, field strength, electric potential energy and potential difference.

Learn QCE Physics electric fields, electric potential energy, potential difference and work done moving charges in electric fields.

Learn magnetic fields for QCE Physics, including field-line direction, wires, solenoids, magnetic force on charges and current-carrying conductors.

Learn electromagnetic induction for QCE Physics, including flux, Faraday's law, Lenz's law, motional EMF, transformers and electromagnetic waves.

Learn QCE Physics transformers, changing magnetic flux, Faraday's law, Lenz's law and electromagnetic wave production.

Learn QCE Physics special relativity with frames of reference, simultaneity, time dilation, length contraction, relativistic momentum and mass-energy equivalence.

Learn QCE Physics quantum theory with double slit evidence, black-body radiation, the photoelectric effect, Bohr's model, line spectra and wave-particle duality.

Learn QCE Physics black-body radiation, Wien's law, photons, threshold frequency, work function and photoelectric effect data.

Learn QCE Physics Bohr model, hydrogen line spectra, quantised angular momentum, standing waves and Rydberg calculations.

Learn the QCE Physics Standard Model topic, including elementary particles, antiparticles, quarks, leptons, baryons, mesons and gauge bosons.

Learn QCE Physics particle interactions with lepton number, baryon number, conservation checks, decay diagrams and symmetry principles.

Learn QCE Physics particle interaction diagrams for electron interactions, positron interactions and neutron beta decay with conservation checks.