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# Stool (initially motionless) while holding bicycle wheel A student is sitting on radius of 75 cm. Assume the wheel to be thin which has mass of 1.2 kg and hoop: The...

## Question

###### Stool (initially motionless) while holding bicycle wheel A student is sitting on radius of 75 cm. Assume the wheel to be thin which has mass of 1.2 kg and hoop: The wheel is spinning at 220 rpm initially: The student then turns the wheel 1809 and the person/stool system starts spinning: Take +x to the right; +y to be "P, and rotational inertia of the person/stool system to be 3.5 kg Determine the total angular momentum ofthe system to start inunityector notation: How fast; in rpm, is the st

stool (initially motionless) while holding bicycle wheel A student is sitting on radius of 75 cm. Assume the wheel to be thin which has mass of 1.2 kg and hoop: The wheel is spinning at 220 rpm initially: The student then turns the wheel 1809 and the person/stool system starts spinning: Take +x to the right; +y to be "P, and rotational inertia of the person/stool system to be 3.5 kg Determine the total angular momentum ofthe system to start inunityector notation: How fast; in rpm, is the student/stool system spinning after the turn? Include the direction and assume the wheel's speed does not change:

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