A10: A 50 kg block is transported a short distance by using two cylindrical rollers, each...

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A10: A 50 kg block is transported a short distance by using two cylindrical rollers, each having a mass of 17.5 kg (see Figure 10). Originally the block is at rest. No slipping occurs. If a horizontal force P = 125 N is applied to the block, a) Draw Free Body Diagram showing all parameters. b) Determine the block's speed (v) after it has been displaced 0.6 m to the left. c) Determine the angular velocity of the cylindrical roller at the same instant. 0.45 m 0.45 m Figure 10 P = 125 N A10: A 50 kg block is transported a short distance by using two cylindrical rollers, each having a mass of 17.5 kg (see Figure 10). Originally the block is at rest. No slipping occurs. If a horizontal force P = 125 N is applied to the block, a) Draw Free Body Diagram showing all parameters. b) Determine the block's speed (v) after it has been displaced 0.6 m to the left. c) Determine the angular velocity of the cylindrical roller at the same instant. 0.45 m 0.45 m Figure 10 P = 125 N