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Ontario Association of Physics Teachers |
·  time, distance, position, displacement, speed, velocity, and acceleration
·  position-time, velocity-time, and acceleration-time graphs
·  one dimensional kinematics problems using
 vav = (v1 + v2)/2, Δ d = ((v1 + v2)/2) Δ t, and Δ d = v1Δ t + ½ a(Δ t)2
·  terminal velocity
·  distance, position and displacement using vector diagrams uniform acceleration equations
·  uniform and non-uniform linear motion in one and two dimensions
·  projectile motion in two dimensions
·  constant, average and instantaneous quantities
·  work with position-time, velocity-time, and acceleration-time graphs
·  Newton's Laws of Motion
·  free-body diagrams
·  vector diagrams
·  gravity, weight and free-fall
·  static and kinetic friction
·  force, work and displacement
·  transformations of energy in physical systems
·  conservation of energy
·  power
·  energy input, output and efficiency
·  mass-energy equivalence
·  heat problems involving Q = mcΔ T, Q = mLt and Q = mLv
·  heating and cooling curves
·  nuclear fission and fusion
·  kinetic molecular theory
·  conduction, convection and radiation
·  nuclear isotopes
·  nuclear radiation and half-life
·  nuclear reactors
·  longitudinal and transverse waves
·  cycle, frequency, period, amplitude, phase, wavelength
·  superposition of waves
·  interference, standing waves, beats and resonance
·  vibrating air columns
·  vibrating strings
·  speed of waves in a medium
·  the Doppler Effect
·  speed of sound in warm and cold air
·  direct and alternating current
·  current flow and electron flow
·  potential difference and resistance
·  power and energy in electrical circuits
·  series, parallel, and mixed circuits
·  Ohm's Law
·  Kirchhoff's Laws
·  Oersted's principle
·  magnetic field around a straight conductor
·  magnetic field around a solenoid
·  the motor principle
·  Faraday's Law
·  Lenz's Law and the right-hand rule
·  generators
·  transformers
·  transmission of electrical energy
·  a question based on a current event in physics as reported in the popular media
·  a question based on the winner of the current Nobel Prize in physics