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  • mechanics
    • Forces, Mass and Inertia
      • Newton's first law (Inertia)
      • Newton's second law
      • Newton's third law
      • Mass, inertia and weight
    • The density
    • mechanical advantage
    • Motion
    • Friction
    • Work, Energy and Power
      • Work
      • Energy
      • Power
    • Mechanics of fluid and gases
      • Experiments on the subject of pressure
      • Experiments with the vacuum bell
      • Buoyancy
  • electricity
    • magnetism
      • Basic magnetic phenomena
      • Ferromagnetism
      • The magnetic field
    • Electrostatics
      • Electrostatical phenomena
      • Electrically charged pendulum
      • Electrical Fields
    • Electrical conduction in solids, liquids and gases
      • Testing the electrical conductivity
      • Electrical conductivity in fluids
      • Electrical conductivity in gases
    • Electrical conduction in metals
      • Model representations of electricity
      • Electrical resistance and resistors
      • Electrical circuits
    • Electromagnetism
      • Oersted's experiment
      • Magnetic field of a wire
      • Magnetic field of a coil
      • Lorentz' Force
      • Ameter
      • Coil in a magnetic field
      • Electric motor
      • Induction
      • Lenz' Law
      • Eddy Currents
      • Generator
      • Transformer
      • Self-inductance
    • Semiconductors
  • Optics
    • Propagation of light
    • Light at interfaces
    • optical lenses and instruments
    • optical simulations in 3D
  • Acoustics
  • Atom
  • Astronomy
  • AR
  • Thermo
    • Particle Model
    • State of matter
    • Thermal expansion
    • Ideal gas law
    • Heat transfer
    • Heat engine
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