Question 22 The system below shows that piston C moves with velocity, Vc = 2 m/s to the right. Piston D is constraint to move only in vertical direction. Point G is in the centre of rod CD. Rod AB can...

Question 23 Repeat Q22, using instantaneous center of zero velocity method.
Question 22<br>The system below shows that piston C moves with velocity, Vc = 2 m/s to<br>the right. Piston D is constraint to move only in vertical direction. Point G is<br>in the centre of rod CD. Rod AB can only rotate about A. Determine :<br>a) Angular velocity of rod CD (OCD). (Ans: 13.33 rad/s)<br>b) Angular velocity of rod BG (OBG). (Ans : 5 rad/s)<br>c) Velocity of point B (VB). (Ans : 1.732 m/s)<br>d) Angular velocity of rod AB (DAB). (Ans : 11.55 rad/s)<br>0.15M<br>30<br>0.15 m<br>C. 2<br>ve<br>C.I

Extracted text: Question 22 The system below shows that piston C moves with velocity, Vc = 2 m/s to the right. Piston D is constraint to move only in vertical direction. Point G is in the centre of rod CD. Rod AB can only rotate about A. Determine : a) Angular velocity of rod CD (OCD). (Ans: 13.33 rad/s) b) Angular velocity of rod BG (OBG). (Ans : 5 rad/s) c) Velocity of point B (VB). (Ans : 1.732 m/s) d) Angular velocity of rod AB (DAB). (Ans : 11.55 rad/s) 0.15M 30 0.15 m C. 2 ve C.I". Question 23 Repeat Q22, using instantaneous center of zero velocity method.

Jun 11, 2022
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