Physics
Motion, density and other physical quantities.
Motion
Speed, distance, time, acceleration and free fall.
→14Forces and pressure
Newton's laws, weight, friction and pressure.
→10Work, energy and power
Mechanical work, kinetic energy and potential energy.
→9Oscillations and waves
Period, frequency, wavelength and simple pendulum.
→6Acoustics and sound
Sound propagation, echoes, sound level, Doppler effect and beats.
→6Electromagnetic oscillations
LC circuits, charge, current, voltage and electromagnetic oscillation energy.
→3Resonance
Natural frequency of springs and pendulums and the resonance condition.
→4Molecular physics
Density, amount of substance and ideal gas calculations.
→8Thermodynamics
Heat, heat capacity and efficiency.
→4Gas isoprocesses
Isothermal, isobaric, isochoric and combined gas laws.
→4Kinetic theory
Energy and characteristic molecular speeds in an ideal gas.
→4Air humidity
Relative and absolute humidity, vapor density and mass.
→4Heat engines and gas work
Gas internal energy, isothermal work and Carnot efficiency.
→4Phase transitions
Heating, melting, vaporization and compound thermal processes.
→4Solid state and conductivity
Resistance, conductivity, charge carriers and band gap.
→4Drift and Hall effect
Drift current, mobility and Hall-effect parameters.
→4Thermal properties of solids
Linear and volume expansion, thermal stress and resistance with temperature.
→3Optics
Lenses, optical power and refractive index.
→4Lenses and mirrors
Focal length, image distance, magnification and mirror curvature.
→4Refraction and polarization
Snell's law, critical angle, Malus's law and Brewster angle.
→13Wave optics
Interference, diffraction grating, resolving power and parallax.
→4Momentum and collisions
Impulse, momentum change and collisions.
→7Rotational motion
Angular speed, centripetal acceleration and rotational energy.
→4Inclined plane and Atwood machine
Normal force, acceleration with friction and connected masses.
→9Torque and moment of inertia
Torque and moments of inertia for common bodies.
→4Mechanical oscillations
Spring oscillator period, speed, acceleration and energy.
→4Fluids and gases
Buoyancy, flow continuity and Bernoulli equation.
→9Electrostatics
Coulomb law, electric field, potential and capacitance.
→17Magnetism and induction
Magnetic forces, magnetic flux and Faraday's law.
→11Quantum and atomic physics
Photons, de Broglie waves, photoelectric effect and hydrogen atom.
→4Nuclear physics
Mass defect, radioactive decay, activity and binding energy.
→6Hydrogen atom and spectra
Bohr orbits, ionization and spectral transitions.
→6Radioactivity and binding energy
Decay constant, mean lifetime, remaining nuclei and binding energy per nucleon.
→13Relativity
Lorentz factor, time dilation, length contraction and energy.
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