- A Consider A Four Bar Mechanism With The Following Dimensions Fixed Link 0204 65mm Crank O2a 20mm Coupler Ab 1 (48.28 KiB) Viewed 26 times
- A Consider A Four Bar Mechanism With The Following Dimensions Fixed Link 0204 65mm Crank O2a 20mm Coupler Ab 2 (48.28 KiB) Viewed 26 times
- A Consider A Four Bar Mechanism With The Following Dimensions Fixed Link 0204 65mm Crank O2a 20mm Coupler Ab 3 (17.05 KiB) Viewed 26 times
a Consider a four-bar mechanism with the following dimensions. Fixed link (0204) = 65mm, Crank (O2A) = 20mm, Coupler (AB) = 70mm and follower (04B) = 50mm. Crank A02 is an angle of 140 degrees (02) The angular velocity of the crank is 10 rad/sec CCW The angular acceleration of the crank is 100 rad/sec^2 CCW Perform an acceleration analysis on the mechanism and answer the questions below. Upload the Solidworks file to the submission link on Moodle Download the SolidWorks file from the following link: https://myportal aum.edu.kw/pluginfile php/310643/question/questiontext/769649/1/4634714/Accll. Normal Acceleration (mm/sec 2) | Tangential Acceleration (mm/sec^2) An(AO2) = 1 At(A02) | At(BA) An(BA) An(304) 7 At(BO4) = Acceleration of B relative to A = Acceleration of B relative to 04 = a3 = rad/sec2 04 = rad/sec 2 mm/sec 2 at an angle of mm/sec 2 at an angle of degrees degrees
POSITION DIAGRAM B E 70.00 $9.09 2000 02 04 65.00 VELOCITY DIAGRAM SCALE: IMM = 4mm/sec 02,04 2005 923528 .