Determine the corresponding kinematic equations for the mechanism design shown, once determined to find the acceleration of slide B at the instant where the constant angular velocity of link 2 is 2 rad / s clockwise. The lengths of the links are: AoA = 5 in. at 150° AoBo = 6.83 in, and BoB = 7.07 in w2 4 Bo 1
Determine the corresponding kinematic equations for the mechanism design shown, once determined to find the acceleration of slide B at the instant where the constant angular velocity of link 2 is 2 rad / s clockwise. The lengths of the links are: AoA = 5 in. at 150° AoBo = 6.83 in, and BoB = 7.07 in w2 4 Bo 1
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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
Transcribed Image Text:Determine the corresponding kinematic equations for the
mechanism design shown, once determined to find the
acceleration of slide B at the instant where the constant
angular velocity of link 2 is 2 rad / s clockwise.
The lengths of the links are: AoA = 5 in. at 150° AoBo =
6.83 in, and BoB = 7.07 in
W2
4
2
Bo
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