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[Solved]: A regular hexagon of uniform density is initially
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(Solved): A regular hexagon of uniform density is initially at rest and free to rotate about an axis at its (A ...


A regular hexagon of uniform density is initially at rest and free to rotate about an axis at its (A) Force FA (B) Force FB (C) Force FC (D) center. Three forces, FA, FB, and Fc, have equal magnitude and are able to be applied in the direction and at the point shown in the figure. Which of these forces, if applied individually and for the same time interval, will produce the greatest increase in the hexagon's angular speed? All three forces produce the same change in the hexagon's angular speed.

35. A regular hexagon of uniform density is initially at rest and free to rotate about an axis at its center. Three forces, \
35. A regular hexagon of uniform density is initially at rest and free to rotate about an axis at its center. Three forces, , and , have equal magnitude and are able to be applied in the direction and at the point shown in the figure. Which of these forces, if applied individually and for the same time interval, will produce the greatest increase in the hexagon's angular speed? (A) Force (B) Force (C) Force (D) All three forces produce the same change in the hexagon's angular speed.


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The increase in angular speed depends upon the torque applied to the body.
Since time is same for all forces so the amount of torque will decide the final angulae speed of the Hexagon.
Torqque is given by,
  
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