96. In figure 5, the spool G has mass mc = 15 kg, radiusof gyration K, = 0.3 m and it is driven by the constantcounterclockwise torque M. If the motion started from restat t 0, and during the following 3 seconds the point Go.4 mmoved 10 cm to the right, .find:1. The acceleration of the point G.2. The angular accelerationa,3. The angular velocity wg at t = 4.4. The required value of the torque M to achieve thismotion.5. The tension in the rope.0,25mMk= 0.25Figure 5

givenmass of spool m=15kgradius of gyration KG=0.3mconstant moment =Mwhen at rest time t=0after t=3s…

Q6. In figure 5, the spool G has mass mg = 15 kg, radius of gyration Kc = 0.3 m and it is driven by the constant counterclockwise torque M. If the motion started from rest o.4 m at t 0, and during the following 3 seconds the point moved 10 cm to the right, .find: 1. The acceleration of the point G. 2. The angular accelerationa.. 3. The angular velocity wg at t = 4. 4. The required value of the torque M to achieve this motion. 5 The tension in the rope.

Q6. In figure 5, the spool G has mass mg = 15 kg, radius of gyration Kc = 0.3 m and it is driven by the constant counterclockwise torque M. If the motion started from rest o.4 m at t 0, and during the following 3 seconds the point moved 10 cm to the right, .find: 1. The acceleration of the point G. 2. The angular accelerationa.. 3. The angular velocity wg at t = 4. 4. The required value of the torque M to achieve this motion. 5 The tension in the rope.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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