By using matlab

tent/file?cmd-view&content jd-_4881910 18course jid- _103736_1 imer zU1O 4. Consider the four-bar mechanism displayed in Figure 3 below. Link 3 r3 03 Link 2 ?4 Fixed link Figure 3: Four-Bar Mechanism The angular velocities of links 3 and 4 at a certain time are given by the following equations The lengths of each link (r) and the angles of each (8) are given in the table below: Link # | Length, r (cm) | Angle, ? (degrees) 13 45 25 89 The angular velocity of link 2, w2, is known to be 110 radians per second. Determine the angular velocities of links 3 and 4 of the system shown in Figure 3. Use output commands to display this information to the user