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End A of the link has a downward velocity va of 2 m/s during an interval of its motion. For the position where 0 = 30° determine the angular velocity w of AB and the velocity vg of the midpoint G of the link. Solve the relative-velocity equations, first, using the geometry of the vector polygon and, second, using vector algebra. show complete solution %3D show free-body diagram

End A of the link has a downward velocity va of 2 m/s during an interval of its motion. For the position where 0 = 30° determine the angular velocity w of AB and the velocity vg of the midpoint G of the link. Solve the relative-velocity equations, first, using the geometry of the vector polygon and, second, using vector algebra. show complete solution %3D show free-body diagram

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3. End A of the link has a downward velocity vĄ of 2 m/s during an interval of its motion. For the position where 0 = 30° determine the angular velocity w of AB and the velocity ve of the midpoint G of the link. Solve the relative-velocity equations, first, using the geometry of the vector polygon and, second, using vector algebra. show complete solution show free-body diagram 200 mm Va B
Transcribed Image Text:3. End A of the link has a downward velocity vĄ of 2 m/s during an interval of its motion. For the position where 0 = 30° determine the angular velocity w of AB and the velocity ve of the midpoint G of the link. Solve the relative-velocity equations, first, using the geometry of the vector polygon and, second, using vector algebra. show complete solution show free-body diagram 200 mm Va B
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