The purpose of this experiment is to get familiarized with rotational motion. We normally deal with linear motion in our introductory physics class. Rotational motion is only glossed over, leaving holes in our students' understanding. This simple experiment looks at how a torque produces angular acceleration. Moment of inertia determines how much an object can accelerate in response to a torque. Angular acceleration is the change in angular velocity in unit time. How could we measure these quantities? Finally, just as in linear motion, there is the ubiquitous friction which results in loss of energy. What factors determine the amount of friction?
|Sample Results||Decay of the angular velocity over timeFull analysis of the bouncing experimentHow energy loss changes with angular speedComparing angular velocities for different moments of inertiaVariation of angular velocity with position of masses|
|Hardware Manual||Engineering drawing of the corrugated diskDimensional drawing of the masses and shaft|
|Troubleshoot Guide||How to run the MATLAB code?|
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