my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0....

12

Transcript of my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0....

Page 1: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 2: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 3: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 4: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 5: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 6: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 7: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 8: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 9: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 10: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 11: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n
Page 12: my.mech.utah.edume2400/hwsolution12.pdf · force F LS applied, the angular velocity of the rod = 0. Thus, the normal component of acceleranon of the mass center for the rod (ac)n