A body is whirled in a horizontal circle at the rate of 800 revolutions per minute. Determine the angular velocity
- 100\(\pi\)rads\(^{-1}\)
- 33.3\(\pi\)rads\(^{-1}\)
- 29.5\(\pi\)rads\(^{-1}\)
-
26.7\(\pi\)rads\(^{-1}\)
The correct answer is: D
Explanation
Angular velocity(\(\omega\)) = 2\(\pi\) x rev per sec
Rev. per sec = \(\frac{800}{60}\) \(\approxeq\) 13.33 rev/s
Angular velocity(\(\omega\)) = 2\(\pi\) x 13.33 \(\approxeq\) 26.7\(\pi\)rad/s
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