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The collar at C slides on a frictionless bar AB, which is fixed in space. Cable CDE passes around a frictionless ring at D. For the values of xp = 1 in. and y D = 14 in., determine the weight collar C must have if the system is in equilibrium. y 5 in. 8 in. -XD-1 D B 6 in. E 60 lb YD X

The collar at C slides on a frictionless bar AB, which is fixed in space. Cable CDE passes around a frictionless ring at D. For the values of xp = 1 in. and y D = 14 in., determine the weight collar C must have if the system is in equilibrium. y 5 in. 8 in. -XD-1 D B 6 in. E 60 lb YD X

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The collar at C slides on a frictionless bar AB, which is fixed in space. Cable CDE passes around a frictionless ring at D. For the values of xp = 1 in. and y D = 14 in., determine the weight collar C must have if the system is in equilibrium. W = lb 5 in. 8 in. B ·XD- D 6 in. E 60 lb YD
Transcribed Image Text:The collar at C slides on a frictionless bar AB, which is fixed in space. Cable CDE passes around a frictionless ring at D. For the values of xp = 1 in. and y D = 14 in., determine the weight collar C must have if the system is in equilibrium. W = lb 5 in. 8 in. B ·XD- D 6 in. E 60 lb YD
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