Calculate angular speed, given rotations per minute

dreday

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The engine of a sports car rotates at 5000 revolutions per minute (rpm). Calculate the angular speed of the engine, in radians per second, given that 2pi radians is one revolution.
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Edited by stapel -- Reason for edit: Removing all CAPS, replacing "N" with "pi".
 
THE ENGINE OF A SPORTS CAR ROTATES AT 5000 REVOLUTION PER MINUTE (RPM). CALCULATE THE ANGULAR SPEED OF THE ENGINE IN RADIANS PER SECOND, GIVEN 2N RADIANS = 1 REVOLUTION
See if this makes any sense.

\(\displaystyle \L\;\frac{5000\;rev}{1\;minute}*\frac{2N\;radian}{1\;rev}*\frac{1\;min}{60\;sec}\)

Can you simplify?
 
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