08 Euler’s Pendulum
Take a thick plate of non-magnetic material and fix a neodymium magnet on top of it. Suspend a magnetic rod (which can be assembled from cylindrical neodymium magnets) underneath it. Deflect the rod so that it touches the plate only with highest edge and release it. Study the motion of such a pendulum under various conditions.
  •  Vorführexperimente, Videos
  • Amazing Magnetic Pendulum | Magnet oscillations

    demonstration of the effect

  •  Online-Ressourcen
  • Magnetic Pendulum Simulator

    Simulation of the trajectory of a magnetic pendulum (including the possibility of adjusting mass, magnetic strength, friction, polarity, position and number of magnets) - but structure is somewhat different to the actual task.