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Two blocks are set up as shown. Static friction holds the following system at rest. The pulley has no mass. The coefficient of static friction is μk = 0.700. The mass of the block on the horizontal surface is m1 = 33.0 kg. a. Sketch all the forces acting on each of the blocks. (Sketch them on the images or as free-body diagrams. ) b. What is the largest value for m2 such that the system stays at rest? c. What is the tension in the rope when m2 is at this maximum value?

Two blocks are set up as shown. Static friction holds the following system at rest. The pulley has no mass. The coefficient of static friction is μk = 0.700. The mass of the block on the horizontal surface is m1 = 33.0 kg. a. Sketch all the forces acting on each of the blocks. (Sketch them on the images or as free-body diagrams. ) b. What is the largest value for m2 such that the system stays at rest? c. What is the tension in the rope when m2 is at this maximum value?

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  1. Two blocks are set up as shown. Static friction holds the following system at rest. The pulley has no mass. The coefficient of static friction is μ k = 0.700 . The mass of the block on the horizontal surface is m 1 = 33.0 k g . a. Sketch all the forces acting on each of the blocks. (Sketch them on the images or as free-body diagrams.) b. What is the largest value for m 2 such that the system stays at rest? c. What is the tension in the rope when m 2 is at this maximum value?

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