1. A wheel initially turning at 2000 rpm (or revolutions per minute) uniformly increases its speed to 6600 rpm in 9.00 sec. Compute the angular acceleration of the wheel in rad/s^2. (10 points)

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1. A wheel initially turning at 2000 rpm (or revolutions per minute)
uniformly increases its speed to 6600 rpm in 9.00 sec. Compute the angular
acceleration of the wheel in rad/s^2. (10 points)
Your answer
3 points
Transcribed Image Text:1. A wheel initially turning at 2000 rpm (or revolutions per minute) uniformly increases its speed to 6600 rpm in 9.00 sec. Compute the angular acceleration of the wheel in rad/s^2. (10 points) Your answer 3 points
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