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Science · Advanced Physics
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An 80.0-lb slab rests on two cylindrical rollers of radius r each weighing 30.0 lb. A force P accelerates the slab up the incline at 6.00 fps2. Assume no slipping occurs either at the plank or at the incline. a) Using the condition of rolling without slipping, show that the angular acceleration of the cylindrical rollers is o 3 r rad/s b) Calculate the value of force P required to achieve the stated acceleration of the slab. Hint: Analyze the moments about the point of contact C between one of the rollers and the incline in order to eliminate the need to know anything about normal forces between the slab and the cylinders, normal forces between the cylinders and the incline, and static friction forces between the cylinders and the incline 20 200

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