Q6: Circular Motion: The flywheel, shown below, begins its motion from rest and makes 2.75 revolutions...

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Q6: Circular Motion: The flywheel, shown below, begins its motion from rest and makes 2.75 revolutions for 5.7 seconds before the sphere leaves the hole. The sphere leaves the hole with speed of magnitude (in m/s): A. 1.52 B. 1.21 C. 1.82 D. 0.91 E. 0.82 0.30 malle m A. 2.76 B. 2.24 C. 4.88 D. 11.04 E. 7.70 OS M 3=40 8+3=3.0 Q7: The magnitude of centripetal acceleration (in m/s) of the sphere, when it leaves the hole, is: EN 10 Q6: Circular Motion: The flywheel, shown below, begins its motion from rest and makes 2.75 revolutions for 5.7 seconds before the sphere leaves the hole. The sphere leaves the hole with speed of magnitude (in m/s): A. 1.52 B. 1.21 C. 1.82 D. 0.91 E. 0.82 0.30 malle m A. 2.76 B. 2.24 C. 4.88 D. 11.04 E. 7.70 OS M 3=40 8+3=3.0 Q7: The magnitude of centripetal acceleration (in m/s) of the sphere, when it leaves the hole, is: EN 10

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