6/51 The uniform slender bar of length L = 1.8 m has m an ideal roller at its upper end A. The coefficient of static fri

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6/51 The uniform slender bar of length L = 1.8 m has m an ideal roller at its upper end A. The coefficient of static fri

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6 51 The Uniform Slender Bar Of Length L 1 8 M Has M An Ideal Roller At Its Upper End A The Coefficient Of Static Fri 1
6 51 The Uniform Slender Bar Of Length L 1 8 M Has M An Ideal Roller At Its Upper End A The Coefficient Of Static Fri 1 (35.03 KiB) Viewed 34 times
6/51 The uniform slender bar of length L = 1.8 m has m an ideal roller at its upper end A. The coefficient of static friction along the horizontal surface varies according to My = Mo(1 - e *), where x is in meters and Mo = 0.50. Determine the minimum angle e for which equilibrium is possible. A L e BHg = Mo(1-e*)
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