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Dynamic assembly of rotations, gyroscopes, dumbbells and turntable.

Function

Intended for experimental study, physics laboratory work, and conducting physics experiments on: Mechanics of rigid bodies. Centripetal force and the centrifugal effect. Conservation of angular momentum with a platform and dumbbells. Conservation of angular momentum with a platform and ring gyroscope. Conservation of angular momentum with a ring gyroscope. The helicopter and the gyroscopic effect. Moment of inertia of the three-axis gyroscope. What is meant by gyroscope. Some technological applications of the gyroscope. Determining the moment of inertia of the gyroscope. Calculating the percentage relative error. The precession motion of the three-axis gyroscope. The gyroscope always maintains the same direction in the absence of disturbing forces. The gyroscope and the gyrocompass, gyroscopic compass. The precession motion of the gyroscope. The influence of torque on the precession motion of the gyroscope. The influence of the flywheel's direction of rotation on the precession motion. The nutation motion of the three-axis gyroscope. The influence of torque on the nutation motion of a gyroscope. Identifying the simultaneous precession and nutation motion of a gyroscope, etc.

Key Experiments

  • » Centripetal force and the centrifugal effect. - 1032.091
  • » Conservation of angular momentum, using a platform and dumbbells. - 1032.091A
  • » Conservation of angular momentum, with platform and ring gyroscope. - 1032.091B
  • » Conservation of angular momentum with a ring gyroscope. - 1032.091C
  • » Moment of inertia of a three-axis gyroscope: -1032.210
  • » The precession motion of a three-axis gyroscope. - 1032.211
  • » The nutation motion of a three-axis gyroscope. - 1032.212
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