A long thin rod connects to the center of a slender circular disk (see Figure). The disk has a mass of 0.00375 kg and a radius of 0.03 m. A twist and quick-release of the disk results in a oscillation period of 2 sec. Calculate the rod 's torsion constant. (PUHQ1517)

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Question 15
A long thin rod connects to the center of a slender circular disk (see Figure). The disk has a mass of 0.00375 kg and a radius of 0.03 m. A twist
and quick-release of the disk results in a oscillation period of 2 sec. Calculate the rod 's torsion constant. (PUHQ1517)
a) 08.33 x 1-N rad -1
-5
b) O1.67 x 10 N rad -1
c) 04.16 x 10 -6 N rad -1
d) 05.55 x 10 -6 N rad -1
Transcribed Image Text:Question 15 A long thin rod connects to the center of a slender circular disk (see Figure). The disk has a mass of 0.00375 kg and a radius of 0.03 m. A twist and quick-release of the disk results in a oscillation period of 2 sec. Calculate the rod 's torsion constant. (PUHQ1517) a) 08.33 x 1-N rad -1 -5 b) O1.67 x 10 N rad -1 c) 04.16 x 10 -6 N rad -1 d) 05.55 x 10 -6 N rad -1
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