To calculate the angular speed in rad/s of a flywheel turning at 327.0 rpm, use the conversion factor (angular speed in rpm) * (2π/60). The resulting angular speed is approximately 34.32 rad/s.
Step-by-step explanation:
To calculate the angular speed in rad/s of a flywheel turning at 327.0 rpm, we need to convert the rpm to rad/s. One revolution is equal to 2π radians, so we can use the conversion factor:
Angular speed (rad/s) = (angular speed in rpm) * (2π/60)
Plugging in the given value:
Angular speed (rad/s) = 327.0 rpm * (2π/60)
Angular speed (rad/s) ≈ 34.32 rad/s