29_Problem CHAPTER 10

29_Problem CHAPTER 10 - PROBLEM 10.27 Determine the value...

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PROBLEM 10.27 Determine the value of θ corresponding to the equilibrium position of the mechanism of Problem 10.12 when 600 mm, l = 100 mm, a = 100 N, P = and 160 N. Q = SOLUTION For : AAC tan AC a = ( ) tan A yA C a =− 2 cos A a y δ δθ For : CC B sin BC l A C = sin tan la = sin tan B yB C l a == 2 cos cos B a yl θδθ Virtual Work: 0: 0 AB UQ y P y δδ = −− = 22 cos 0 cos cos aa QP l θθ  =   cos cos cos l or 3 cos 1 l a =
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This note was uploaded on 07/11/2011 for the course EGM 2511 taught by Professor Jenkins during the Spring '08 term at University of Florida.

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