TM 611 Rolling Disk On Inclined Plane Didactic Equipment Vocational Training Equipment Mechanical Training Equipment
Determining moment of inertia on rotating masses by rolling down an inclined plane and by performing a pendulum test Features - inertia in rotational motion on an inclined plane and in a physical pendulum Learning objectives/experiments - proof of the law of falling bodies on the inclined plane - influence of the mass of a body on its acceleration - determine the mass moment of inertia by rolling experiment and pendulum experiment - Steiner’s theorem Specification [1] investigation of inertia in rotational motion [2] proof of the law of falling bodies [3] experimentally determine the mass moments of inertia [4] rolling experiments on an inclined plane with height adjustment and three-point support [5] pendulum experiments with a physical pendulum [6] goniometer and spirit levels ensure precise alignment [7] measure the time and the acceleration distance Technical data Roll track - length: max.1000mm - angle of inclination: 0°...7° Disks - mass: 320g and 620g - diameter: 70mm and 100mm Rotary axis - diameter: 10mm - distance to centre of gravity: 10mm LxWxH: 1180x480x210mm Weight: approx. 10kg
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