The similar links AB and CD rotate about the fixed pins at A and C (Figure 3). If AB has an angular velocity @AB = 8 rad/s, determine the angular velocity of BDP and the velocity of point P. (Note: do NOT use the "Instantaneous Center of Zero Velocity" or IC in any form, to solve this question. You should use linear and angular position, velocity, and acceleration vectors to solve this question) 300 mm A 60° 300 mm WAB = 8 rad/s 700 mm P 300 mm Figure 3 60° 1 300 mm
The similar links AB and CD rotate about the fixed pins at A and C (Figure 3). If AB has an angular velocity @AB = 8 rad/s, determine the angular velocity of BDP and the velocity of point P. (Note: do NOT use the "Instantaneous Center of Zero Velocity" or IC in any form, to solve this question. You should use linear and angular position, velocity, and acceleration vectors to solve this question) 300 mm A 60° 300 mm WAB = 8 rad/s 700 mm P 300 mm Figure 3 60° 1 300 mm
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:The similar links AB and CD rotate about the fixed pins at A and C (Figure 3). If AB has an angular
velocity @AB = 8 rad/s, determine the angular velocity of BDP and the velocity of point P. (Note: do
NOT use the "Instantaneous Center of Zero Velocity" or IC in any form, to solve this question. You
should use linear and angular position, velocity, and acceleration vectors to solve this question)
300 mm
B
300 mm- *
60°
2
A
WAB = 8 rad/s 700 mm
P
300 mm-
Figure 3
D
60°
↓
300 mm
C
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