Question

Given: The mechanism shown below is made up of links AB, BE and CE. Links AB and CE are pinned to ground at pins A and C, respectively. Link BE is pinned to links AB and CE at pins B and E, respectively. Link AB is rotating CCW at a constant rate of $omega_{AB}$. In the position shown link AB is horizontal, and link CE is vertical. Find: For this position, determine the angular velocity for links BE and CE. $omega_{AB}$ r A B L E d C Use the following parameters in your analysis: r = 0.2 ft, L = 0.5 ft, d = 0.4 ft and $omega_{AB}$ = 4 rad/s.

          Given: The mechanism shown below is made up of links AB, BE and CE. Links AB and CE are pinned to ground at pins A and C, respectively. Link BE is pinned to links AB and CE at pins B and E, respectively. Link AB is rotating CCW at a constant rate of $omega_{AB}$. In the position shown link AB is horizontal, and link CE is vertical.
Find: For this position, determine the angular velocity for links BE and CE.
$omega_{AB}$
r
A
B
L
E
d
C
Use the following parameters in your analysis: r = 0.2 ft, L = 0.5 ft, d = 0.4 ft and $omega_{AB}$ = 4 rad/s.

Given: The mechanism shown below is made up of links AB, BE and CE. Links AB and CE are pinned to ground at pins A and C, respectively. Link BE is pinned to links AB and CE at pins B and E, respectively. Link AB is rotating CCW at a constant rate of omegaAB. In the position shown link AB is horizontal, and link CE is vertical.
Find: For this position, determine the angular velocity for links BE and CE.
omegaAB
r
A
B
L
E
d
C
Use the following parameters in your analysis: r = 0.2 ft, L = 0.5 ft, d = 0.4 ft and omegaAB = 4 rad/s.

Added by Jacob J.

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