1. Effective Study 1.Review the material (mind map) 2.Talk physics (flash cards, focus on key ideas) 3.Practise Questions (workbook or Exam) 4.Mark and correct (make notes) 5.Timing: 3.3 Waves (4 credits)30 minutes 3.4 Mechanics (6 credits)1 hour 3.5 Atomic (3 credits)30 minutes 3.6 Electricity (6 credits)1 hour

2. Mechanics Circular motion Banked corners Vertical forces (swinging bucket) Centripetal force & centripetal acceleration Gravitation Satellite motion Translational motion Centre of Mass Conservation of momentum in 2 dimensions Revision of kinematics Rotational motion Angular kinematic equations, θ, ω, α Torque Rotational Inertia Angular Momentum Rotational kinetic energy Conservation Forced SHM and resonance Simple Harmonic Motion Oscillating motion, y, v, a Time and frequency Reference circle & phasors (tides) Conservation of energy

3. Waves Interference All EM waves and sound Young’s double slit experiment Multi-slit interference & diffraction gratings Doppler Effect Standing Waves - Music StringsOpen pipeClosed pipe Harmonics and Overtones Superposition Beat frequency

4. Atomic Bohr’s Atomic Model (energy levels) Discrete energy levels Electron transition Ionisation (electron freed from atom) Atomic line spectra Quantisation of Energy (PHOTON) Hydrogen Visible – Balmer (n=2) Ultraviolet – Lyman (n=1) Infrared – Paschen (n=3) The Photoelectric Effect Wave-particle duality The electron volt 1 eV = 1.6x10 -19 J E = mc 2 Nuclear Binding Energy & Mass Deficit Conservation of mass-energy for nuclear fusion and fission

5. Electricity DC Circuits Internal Resistance, r Kirchoff’s Laws -Current junction -Voltage sum=0 Capacitance, C, Farads Parallel plate capacitors Dielectrics Capacitors in series and parallel Charging & Discharging graphs RC Circuits Time constant, τ, RC Energy stored in a capacitor Electromagnetic Induction Magnetic flux, φ Magnetic flux density, B Faraday’s Law Lenz’s Law Inductance, M/L, Henrys LR Circuits Charging & discharging graphs Time constant (L/R), τ, Self inductance Mutual Inductance (transformers) Energy in inductors AC Circuits Peak & RMS V/I Reactance & Impedance Phase relationships Resonance in LRC circuits