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SITUATION 1: The angular position, of a 0.45m - diameter drum is given by: e = (7 rad/) Determine: a. The distance that a particle moves from 2s to 6s b. The average angular velocity from 2s to 6s c. The average angular acceleration from 2s to 6s

SITUATION 1: The angular position, of a 0.45m - diameter drum is given by: e = (7 rad/) Determine: a. The distance that a particle moves from 2s to 6s b. The average angular velocity from 2s to 6s c. The average angular acceleration from 2s to 6s

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PLEASE HELP ME. I NEED THE SOLUTION AND FORMULA OF THIS SO THAT IT WILL SERVE AS MY REVIEWER FOR MY UPCOMING EXAMS.
- (7 rad) SITUATION 1: The angular position, of a 0.45m – diameter drum is given by: Determine: a. The distance that a particle moves from 25 to 6s b. The average angular velocity from 2s to 6s c. The average angular acceleration from 2s to 6s
Transcribed Image Text:- (7 rad) SITUATION 1: The angular position, of a 0.45m – diameter drum is given by: Determine: a. The distance that a particle moves from 25 to 6s b. The average angular velocity from 2s to 6s c. The average angular acceleration from 2s to 6s
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