Disk A has a mass of 8 kg and an initial angular velocity of 360 rpm clockwise; disk B has a mass of 3.5 kg and is initially at
rest. The disks are brought together by applying a horizontal force of magnitude 20 N to the axle of disk A. Assume that μk = 0.15 between the disks. Neglect bearing friction.
Required:
Determine:
a. the angular acceleration of each disk.
b. the final angular velocity of each disk.
Required:
Determine:
a. the angular acceleration of each disk.
b. the final angular velocity of each disk.
2 answers:
Answer:
a. the angular acceleration of each disk;
For disk A, the angular acceleration is 9.36 rad/s²
For disk B, the angular acceleration is 28.57 rad/s²
b. the final angular velocity of each disk;
For disk A, the final angular velocity is 250.57 rpm
For disk A, the final angular velocity is 334.00 rpm
Explanation:
While slipping occurs, and upward friction force F is applied to disk A, and downward friction force F to disk B.
Assumption;
Radius of disk A is 80 mm
Radius of disk B is 60 mm.
Pls find the explanation of the question in the attached files as typing it here may be difficult due to the equations and diagrams involved.
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