If the disc of radius R and bar both have mass M and are placed inside the bowl of radius 5R, and the force F is applied perpendicular to the bar exactly at its center causing the disc to rotate with an angular acceleration of w, what would be the force in terms of M, R and w? The disc rotates without sliding
If the disc of radius R and bar both have mass M and are placed inside the bowl of radius 5R, and the force F is applied perpendicular to the bar exactly at its center causing the disc to rotate with an angular acceleration of w, what would be the force in terms of M, R and w? The disc rotates without sliding
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If the disc of radius R and bar both have mass M and are placed inside the bowl of radius 5R, and the force F is applied perpendicular to the bar exactly at its center causing the disc to rotate with an
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My textbook gives me only the following possible answers:
a) (19/6)MRw
b) (5/3)MRw
c) (7/6)MRw
d) (11/3)MRw
which are not equal to (131/12)MRw :(.
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