Question

Required Information A 1100-kg block B slides without friction inside a slot cut in arm OA which rotates in a vertical plane. The rod has a constant angular acceleration $\ddot{\theta}$ = 10 rad/s$^2$. Know that when $\theta$ = 45$^\circ$ and r = 0.8 m, the velocity of the block is zero. Determine the force exerted on the block by the arm at this instant. The force exerted on the block by the arm is N

Name: required information a 1100 kg block b slides without friction inside a slot cut in arm oa which rotates in a vertical plane the rod has a constant angular acceleration ddottheta 10 rads2 kn 49878
Uploaded: 2023-01-19T18:07:29-08:00
Duration: 2 min 2 s
Channel: Penny Riley
Description: required information a 1100 kg block b slides without friction inside a slot cut in arm oa which rotates in a vertical plane the rod has a constant angular acceleration ddottheta 10 rads2 kn 49878

          Required Information
A 1100-kg block B slides without friction inside a slot cut in arm OA which rotates in a vertical plane. The rod has a constant angular acceleration $\ddot{\theta}$ = 10 rad/s$^2$. Know that when $\theta$ = 45$^\circ$ and r = 0.8 m, the velocity of the block is zero.
Determine the force exerted on the block by the arm at this instant.
The force exerted on the block by the arm is N

required information a 1100 kg block b slides without friction inside a slot cut in arm oa which rotates in a vertical plane the rod has a constant angular acceleration ddottheta 10 rads2 kn 49878

Added by Victoria T.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Penny Riley

01/19/2023

Step 1

8 m - Velocity of the block is zero, which implies $\dot{r} = 0$ and $\dot{\theta} = 0$ at this instant. - The block slides without friction. The question asks for the force exerted on the block by the arm at this instant. This force will be perpendicular to the Show more…

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Required Information A 1100-kg block B slides without friction inside a slot cut in arm OA which rotates in a vertical plane. The rod has a constant angular acceleration $\ddot{\theta}$ = 10 rad/s$^2$. Know that when $\theta$ = 45$^\circ$ and r = 0.8 m, the velocity of the block is zero. Determine the force exerted on the block by the arm at this instant. The force exerted on the block by the arm is N