= 8 rad/s CCW 2  VR2 = (AR) = 65.09 cps 2 VR2 = VR6 VR6 = VF6 VP2 = (AP) = 50.27 cps 2 VP2 = VP4 VP4 = (DP) = 23.16 rad/s CW 4 4 VQ4 = (DQ) = 66.71 cps 4 VQ4 = VQ6 VQ6 = VF6 (2.4 % different from complex numbers) Rigid Body Determine the velocity of point C on rigid body link 3. The rigid body and the velocity vectors are drawn to scale. Link 3 is NOT pinned to the ground. Show your work.
2 = 8  rad/s CCW VR2 = 2 (AR) = 65.09 cps VR2 = VR6 VR6 = VF6 VP2 = 2 (AP) = 50.27 cps VP2 = VP4 VP4 = 4 (DP) 4 = 23.16 rad/s CW VQ4 = 4 (DQ) = 66.71 cps VQ4 = VQ6 VQ6 = VF6 (2.4 % different from complex numbers) Rigid Body Determine the velocity of point C on rigid body link 3. The rigid body and the velocity vectors are drawn to scale. Link 3 is NOT pinned to the ground. Show your work.
notes_03_05.docx