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A Wheel of Radius R1 Has an Axle of Radius

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A wheel of radius R<sub>1</sub> has an axle of radius R<sub>2</sub> = R<sub>1</sub>. If a force F<sub>1</sub> is applied tangent to the wheel, a force F<sub>2</sub>, applied tangent to the axle that will keep the wheel from turning, is equal to A) F<sub>1</sub>/4 B) F<sub>1 </sub> C) 4F<sub>1 </sub> D) 16F<sub>1 </sub> E) F<sub>1</sub>/16 A wheel of radius R1 has an axle of radius R2 = A wheel of radius R<sub>1</sub> has an axle of radius R<sub>2</sub> = R<sub>1</sub>. If a force F<sub>1</sub> is applied tangent to the wheel, a force F<sub>2</sub>, applied tangent to the axle that will keep the wheel from turning, is equal to A) F<sub>1</sub>/4 B) F<sub>1 </sub> C) 4F<sub>1 </sub> D) 16F<sub>1 </sub> E) F<sub>1</sub>/16 R1. If a force F1 is applied tangent to the wheel, a force F2, applied tangent to the axle that will keep the wheel from turning, is equal to

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