A torsion pendulum is made from a disk of mass m = 6.6 kg and radius...

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Physics

A torsion pendulum is made from a disk of mass m = 6.6 kg andradius R = 0.66 m. A force of F = 44.8 N exerted on the edge of thedisk rotates the disk 1/4 of a revolution from equilibrium

1)What is the torsion constant ofthis pendulum?

2)What is the minimum torqueneeded to rotate the pendulum a full revolution fromequilibrium?

3)What is the angular frequencyof oscillation of this torsion pendulum?

4)Which of the following wouldchange the period of oscillation of this torsionpendulum?

A) increasing the mass

B) decreasing the initial angular displacement

C) replacing the disk with a sphere of equal mass and radius

D)hanging the pendulum in an elevator accelerating downward

Answer & Explanation Solved by verified expert
4.1 Ratings (624 Votes)
Given mass of disk to be torqued m 66 kg radius of disk R 066m force applied at edge of disk that rotates it 14 turn F 448 N    See Answer
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