2. A cylinder (Icm = M R² /2) with mass 2.50 [kg] and radius R =1.25 [m] experiences a net torque of magnitude 32 [N · m]. What is the magnitude of the net angular acceleration of the cylinder? ст A. 16.38 [rad/s²] B. 61.04 [rad/s²] C. 16.38 × 10-3 [rad/s²] D. 61.04 × 10-3 [rad/s²]
2. A cylinder (Icm = M R² /2) with mass 2.50 [kg] and radius R =1.25 [m] experiences a net torque of magnitude 32 [N · m]. What is the magnitude of the net angular acceleration of the cylinder? ст A. 16.38 [rad/s²] B. 61.04 [rad/s²] C. 16.38 × 10-3 [rad/s²] D. 61.04 × 10-3 [rad/s²]
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![Multiple Choice: Choose the correct letter of your answer.
2. A cylinder (Icm = MR² /2) with mass 2.50 [kg] and radius R =1.25 [m] experiences
a net torque of magnitude 32 [N · m]. What is the magnitude of the net angular acceleration
of the cylinder?
A. 16.38 [rad/s²]
B. 61.04 [rad/s²]
C. 16.38 x 10-3 [rad/s²]
D. 61.04 × 10-3 [rad/s²]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F278dfba8-a3e9-49d1-ad4c-f59a160a3145%2Fc13d21d7-ba56-477c-8e4d-d86900f02110%2F8pokny6_processed.png&w=3840&q=75)
Transcribed Image Text:Multiple Choice: Choose the correct letter of your answer.
2. A cylinder (Icm = MR² /2) with mass 2.50 [kg] and radius R =1.25 [m] experiences
a net torque of magnitude 32 [N · m]. What is the magnitude of the net angular acceleration
of the cylinder?
A. 16.38 [rad/s²]
B. 61.04 [rad/s²]
C. 16.38 x 10-3 [rad/s²]
D. 61.04 × 10-3 [rad/s²]
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