For the mechanism illustrated in figure below, in the current position R404 = 250 mm, and...

 

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For the mechanism illustrated in figure below, in the current position R404 = 250 mm, and the input velocity is VA = -125 mm/s. Use loop closure analysis to find the angular velocity of link 3 and the slipping velocity of links 3 with respect to link 4. -E OA RPA P = 125 mm and ZAPO = 290° (Fixed) wwww 2 MITT For the mechanism illustrated in figure below, in the current position R404 = 250 mm, and the input velocity is VA = -125 mm/s. Use loop closure analysis to find the angular velocity of link 3 and the slipping velocity of links 3 with respect to link 4. -E OA RPA P = 125 mm and ZAPO = 290° (Fixed) wwww 2 MITT

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a Angular velocity of link 3 Using loop closure equations we can write the following equatio... View the full answer