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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

magnetism

Observation and explanation of magnetic phenomena

1467

Basic magnetic phenomena

1467

Ferromagnetism

1467

The magnetic field

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