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1. The angular velocity of a motor is increased from 3,000 rad/min. to 4,000 rad/min in 12 seconds. (a) If the angular acceleration is constant, find its magnitude and (b) the total number of radians by the motor during this time.

1. The angular velocity of a motor is increased from 3,000 rad/min. to 4,000 rad/min in 12 seconds. (a) If the angular acceleration is constant, find its magnitude and (b) the total number of radians by the motor during this time.

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1. The angular velocity of a motor is increased from 3,000 rad/min. to 4,000 rad/min in 12 seconds. (a) If the angular acceleration is constant, find its magnitude and (b) the total number of radians by the motor during this time.
Transcribed Image Text:1. The angular velocity of a motor is increased from 3,000 rad/min. to 4,000 rad/min in 12 seconds. (a) If the angular acceleration is constant, find its magnitude and (b) the total number of radians by the motor during this time.
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