I need help with this question: b.) Find after the system is released, find thev

Question

I need help with this question: b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley. b.) Find after the system is released, find thevertical tension. The horizontal tension I found was 32.7N. c.) After the systm is released, find theacceleration of the box. d.) After the system is released, find themagnitude of the horizontal and vertical components of the forcethat the axle exerts on the pulley.

Explanation / Answer

for the bode of wt. 12kg : T1=12a              .....................(1) for the body of wt 5kg: T2=5*9.81-5a            ....................(2) for the pulley (T2-T1)*r=I T2-T1=mr2*a/r/r=ma.  ...................(3) equating eq. 1,2,3. 2a=49.05-5a-12a; a=49.05/19=2.581m/s2 T1=30.97N T2=31.75N

Related Questions

Navigate

• Browse (All)
• Browse I
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.