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The tapered stub S is lifted by push the slider A. The inner wall of the fixed collar C is frictionless. The coefficient of
The tapered stub S is lifted by push the slider A. The inner wall of the fixed collar C is frictionless. The coefficient of static friction between the slider A and the ground B is MG = 0.4 and the coefficient of static friction between S and A is USA = 0.5. Assume the spring is compressed by 60 mm, what is the force P needed to lift S? The weights of S and A are neglected. k=300 N/m- w B
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Engineering Mechanics Statics
Authors: R. C. Hibbeler
12th Edition
136077900, 978-0136077909
