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Ratings S Secure R Refreshment needed D Development needed Name: ……………………………………………. Level and year of previous study Rating Action taken Mechanics Vectors and vector resolution Kinematics – graphs, equations, displacement graphs for motion Dynamics – F = ma, twodimensional motion Energy calculations – work done, gravitational potential energy and kinetic energy Momentum – definition, equation, conservation Circular motion 1 Oscillations – simple harmonic motion; free and forced vibrations, damping and resonance Level and year of previous study Rating Action taken Electric circuits Current – rate of flow of charge, I = Δq/Δt DC circuits – conservation of charge, energy in simple circuits, V=IR; series and parallel circuits; potential divider circuits emf and potential difference – emf ;internal resistance; energy transfer Resistance – resistivity; Ohm’s law; power dissipation Capacitance – energy of a capacitor; discharge curves 2 Area Level and year of previous study Rating Action taken Waves Polarisation and diffraction Path difference, phase and coherence Matter Superposition and standing waves Molecular kinetic theory – ideal gases; pV = nkT; absolute zero; effect of temperature; energy of an ideal gas Internal energy – temperature change (mcΔθ) 3 Area Level and year of previous study Rating Action taken Quantum and nuclear physics Photons – photon model and evidence Particles – quantum model for particles and evidence; particle diffraction Nuclear decay – nature, penetration and range of ionising particles; evidence for nucleus; activity of radioactive sources; decay; half life; nuclear changes Nuclear energy – E = mc2 ; energy changes and mass difference; fission and fusion processes. 4 Level and year of previous study Rating Action taken Fields Force fields – concept, definition; gravitational force; electric force uniform electric field; electric and gravitational fields B-fields – force on a straight wire; force on a moving charge Flux and electromagnetic induction – concept, definition; Faraday’s and Lenz’s laws; emf as equal to rate of change of magnetic flux and simple calculations 5