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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
Power
Force, Work, Energy and Power (physical quantites) explained
