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Problems 1 through 5 (4 points each - partial credit is possible): Complete the free body diagrams on your answer sheet for the systems shown below. Label each force or couple you add and specify the direction of any force that is not horizontal or vertical to the page. Friction and weight are to be neglected. Do not attempt to enforce equilibrium, except that two-force 2) 3) 0 6) A beam AB of weight W is lifted over a ledge as shown as shown in the figure. A rope connects the beam a B to a block at C. The weight of the block is Q. Complete the free body diagrams on your answer sheet, neglecting all friction. Do not quilibrium, Label each force you add and specify the direction of any force that is not horizontal or vertical to the page. (4 points - partial credit is possible) 7) Now consider there to be a friction force between the beam and the corner of the ledge and between the block and the ground. Add these forces to your free body diagrams. Choose the directions carefully! Do not make any assumptions on whether the system is static, kinetic or motion is impending. (4 points- partial credit is possible) A For Problems 6-8 8) Based on your free body diagrams and given us as the coefficient of static friction at all contact points, write the equation(s) that apply when the system is in the state of impending motion (4 points partial credit is possible)Answer them in the format of the second image. Steps and neat please. Thank you

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