A thin uniform rod is held against a vertical wall by a cord attached to the end. The rod is not attached at the wall; friction from the wall holds it up. Find the minimum coefficient of static friction to allow equilibrium. Express your answer in terms of the angle 0, and then evaluate for 0=37°. Include a free-body diagram and clear explanations with your solution.
A thin uniform rod is held against a vertical wall by a cord attached to the end. The rod is not attached at the wall; friction from the wall holds it up. Find the minimum coefficient of static friction to allow equilibrium. Express your answer in terms of the angle 0, and then evaluate for 0=37°. Include a free-body diagram and clear explanations with your solution.
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Transcribed Image Text:3. A thin uniform rod is held against a vertical wall by a cord attached to the end. The rod is not attached at the wall;
friction from the wall holds it up. Find the minimum coefficient of static friction to allow equilibrium. Express your
answer in terms of the angle 0, and then evaluate for 0=37°. Include a free-body diagram and clear explanations
with your solution.
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