Mechanics
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VP1.7.1.3
Acoustic beats - Recording with CASSY
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VP1.6.1.4
Generation of standing rope waves and determination of the wavelength
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VP1.6.2.2
Wavelength and frequency of standing waves
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VP1.1.2.3
Determining the density of liquids using the pycnometer after Gay-Lussac
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VP1.4.5.3
Confirming Steiner’s theorem
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VP1.1.1.3
Using a spherometer to determine bending radii
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VP1.6.4.3
Propagation of water waves in two different depths
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VP1.6.5.3
Diffraction of water waves at a slit and at an obstacle
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VP1.7.3.3
Determining the velocity of sound in air as a function of the temperature
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VP1.5.1.6
Pendulum with changeable acceleration due to gravity (variable g-pendulum)
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