Oscillating cart

Experiment no.: 5.3.101
Schwing­wagen
A small cart and two steel springs form an oscillatory system. An electric motor with an eccentric mechanism periodically deflects the cart from its resting position. The drive frequency is steadily increased so that the system passes through the resonance curve. This experiment is particularly nice and highly recommended.
Comment: The video shows an out-dated set-up.

📄 Detailed experiment description

Videos for this experiment

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Images for this experiment

Oscillating cart
Deflection of the oscillating cart
Oscillating cart with additional weight
Free oscillation, no damping
Free oscillation, low damping
Free oscillation, medium damping
Free oscillation, aperiodic damping 1
Free oscillation, aperiodic damping 2
Free oscillation, comparison
Excitation, mass dependence
Excitation, resonance curve 1
Excitation, resonance curve 2
Excitation, resonance curve 3
Excitation, comparison of resonance curves
Excitation, phase position before resonance
Excitation, phase position at resonance
Excitation, phase position after resonance
Excitation, comparison of phase positions
Excitation, transient oscillation 1
Excitation, transient oscillation 2
Excitation, transient oscillation 3
Excitation, comparison of transient oscillations

Documents for this experiment

Resonance curves for amplitude and phase
Power resonance

Further links