Properties of
Bodies/Liquids
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Measuring of length and time

Measuring lengths

Planemetry

Calculating the volume of regularly shaped bodies

Calculating the volume of solid bodies by the amount of
liquid displaced

Calculating the volume of gaseous bodies

Measuring time (chronometry)
Measurement of mass and density

Calculating
mass

Determination of the density of regularly shaped bodies

Determination of the density of irregularly shaped bodies

Determination of the density of liquids

Mass and
weight
Pressure in liquids
Forces acting on bodies in liquids

The weight
of bodies in water

Buoyancy
force as a function of depth of immersion and body mass

Buoyancy
force as a function of the density of a fluid

Buoyancy
force as a function of the volume of a body

Archimedes'
principle

Sinking 
floating suspended in a liquid  floating on a liquid
Density of liquids
Forces at the surface of liquids

Surface
tension

Capillary
action
Forces,
Simple Machines
Mechanics of solid bodies
Deformation due to force

Elongation of a helical spring (Hooke's law)

Elongation of a rubber ring

Deflection of a leaf spring
Combining and breaking down forces

Combining forces in the same or opposing directions

Combining forces in specified amounts

Breaking forces down into force components
Oscillations

String pendulum

Bar pendulum

Spring pendulum

Leaf spring oscillations
Lever
Pulleys and inclined plane

Fixed pulley

Movable pulley

Hoist with two pulleys

Block and tackle 1 (open type)

Block and tackle 2 (compacte version)

Forces acting on a inclined plane

Work performed on a inclined plane

Energy conversion
Mechanical Oscillations and Waves
Pendulum with harmonic oscillations

Thread pendulum

Rod pendulum

Helical spring pendulum

Torsion pendulum

Leaf spring pendulum
Time dependence of pendulum oscillations

Oscillation damping by body friction

Evaluation of registered leaf spring oscillations

Distance/time and speed/time diagrams of harmonic
oscillations

Forced oscillations

Forced oscillations of pendulums

Forced oscillations of rod pendulum with amplitude
recording
Linear superposition of oscillations

Linear superposition of oscillations, amplitude, phase
and frequency dependences

Oscillations of mechanically coupled rod pendulums

Oscillations of magnetically coupled leaf spring
pendulums with oscillation recording
Formation of waves (wave machine)
Standing waves

Frequencies of standing cord waves

Phase velocity of cord waves

Phase velocity of helical spring waves

Standing helical spring waves Oscillation nodes and
antinodes as a function of the excitation frequency
Superpositioning of cord waves
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