largest magnitude of the force P for which equilibrium will be maintained, (b) t

Question

largest magnitude of the force P for which equilibrium will be maintained, (b) the surface at which motion will impend. Fig. P8.38 knowing that the coefficient of static friction between the collar and the rod is 0.35, determine the range of values of p for which equilibrium is maintained when theta = 50 degree and M = 20 N. m. Knowing that the coefficient of static friction between the collar and the rod is 0.40, determine the range of values of M for which equilibrium is maintained when theta = 60 degree and P = 200 N. Fig. P8.39 and P8.40

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largest magnitude of the force P for which equilibrium will be maintained, (b) t

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