A solid disk of mass M = 0.750 kg and radius R = 0.250 m is suspended vertically and is free to rotate about its center without friction. A point object that has the same mass as the 30.0° clockwise from the top disk is placed at an angle 0; = along the rim, causing the disk to rotate. The acceleration due to gravity is g = 9.80 m/s². What is the angular speed of of the disk when the object is directly below the center of the disk?
A solid disk of mass M = 0.750 kg and radius R = 0.250 m is suspended vertically and is free to rotate about its center without friction. A point object that has the same mass as the 30.0° clockwise from the top disk is placed at an angle 0; = along the rim, causing the disk to rotate. The acceleration due to gravity is g = 9.80 m/s². What is the angular speed of of the disk when the object is directly below the center of the disk?
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Transcribed Image Text:A solid disk of mass M
=
0.750 kg and radius R = 0.250 m
is suspended vertically and is free to rotate about its center
without friction. A point object that has the same mass as the
30.0° clockwise from the top
disk is placed at an angle 0;
=
along the rim, causing the disk to rotate.
The acceleration due to gravity is g = 9.80 m/s².
What is the angular speed of of the disk when the object is
directly below the center of the disk?
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