Precision in Motion Albert's Frictionless Turntable Balancing Act

... holding it horizontally, that is, the part of the wheel rim ... (Original Bike Wheel Spin Velocity)*(Bike Wheel Inertia) = (Current Bike ... Your physics teacher is holding a spinning bicycle wheel while he stands on a stationary frictionless turntable (Fig. 11–6). What will ... When Albert increases the speed of the bike wheel, he must rotate faster in the opposite direction to conserve angular momentum. This ... ... holding a spinning wheel 1:15 Translating the problem 2:16 Solving the problem 3:44 Changing the direction I rotate the spinning wheel 4:37 ... You are sitting on a stool on a frictionless turntable holding a bicycle wheel. ... Turning the Bike Wheel Twice. L. NET. L. W. L. S. L. NET. L. W. L. NET not. After Albert spins the wheel, the wheel has an angular momentum of one unit clockwise. To keep the total angular momentum at zero, the rest of ... Albert stands on a frictionless turntable, holding a bike wheel. Both Albert and the wheel are initially stationary. Albert gives the bike wheel a good spin ... In the classic example of a person holding a spinning bike wheel, as they flip the wheel over, angular momentum is conserved by the ... This video is a remake of an earlier video we did to show how gyroscopic effects can be demonstrated with a bicycle wheel and a home made ... Reasoning: The system consists of the woman and the turntable. No external torques act on the system, so the total angular momentum of the system is conserved.