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    Solve the Problem. -Two Pulleys of Diameter 9 M and 3 M Are
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Solve the Problem. -Two Pulleys of Diameter 9 M and 3 M Are

Question 247

Question 247

Multiple Choice

Solve the problem.
-Two pulleys of diameter 9 m and 3 m are connected by a belt. The larger pulley rotates 39 times per min. Find the angular velocity of the smaller pulley.


A) 117 Solve the problem. -Two pulleys of diameter 9 m and 3 m are connected by a belt. The larger pulley rotates 39 times per min. Find the angular velocity of the smaller pulley. A)  117   radians/min B)  176   radians/min C)  351   radians/min D)  234   radians/min radians/min
B) 176 Solve the problem. -Two pulleys of diameter 9 m and 3 m are connected by a belt. The larger pulley rotates 39 times per min. Find the angular velocity of the smaller pulley. A)  117   radians/min B)  176   radians/min C)  351   radians/min D)  234   radians/min radians/min
C) 351 Solve the problem. -Two pulleys of diameter 9 m and 3 m are connected by a belt. The larger pulley rotates 39 times per min. Find the angular velocity of the smaller pulley. A)  117   radians/min B)  176   radians/min C)  351   radians/min D)  234   radians/min radians/min
D) 234 Solve the problem. -Two pulleys of diameter 9 m and 3 m are connected by a belt. The larger pulley rotates 39 times per min. Find the angular velocity of the smaller pulley. A)  117   radians/min B)  176   radians/min C)  351   radians/min D)  234   radians/min radians/min

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