For the 4 bar mechanism below, you are given all the link le…

For the 4 bar mechanism below, you are given all the link lengths (a, b, c, d). You are given all the angles (theta2, theta3, theta4).You are given input angular velocity omega2. You want to find the angular velocity omega3 of the coupler, using graphical methods.Please type below in 5-6 sentences, what steps you’ll follow? Be clear and specific. E.g., First at point B, draw a vector of length omega2*b perpendicular to O4B. Then….

Cam designAs the cam rotates with some constant angular velo…

Cam designAs the cam rotates with some constant angular velocity, we want the follower to start from 0 and reach 1 inch height, over half the rotation (over angle 0 to pi). This motion should have constant follower velocity (thus the segment from 0 to pi is a straight line with slope dS/dtheta = 1/pi). Design the polynomial displacement function

For the slider crank mechanism below. At this instant, the i…

For the slider crank mechanism below. At this instant, the input crank (4 in) is rotating counterclockwise at 1 rad/s. What will be the magnitude of the angular velocity of coupler link (6 inch) in rad/s.  (Just enter a positive number to three decimal places, no spaces, no units)