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Find the rotation in revolutions per minute given the angular speed and the radius given the linear speed and the rate of rotation. 1.0=rad/s

 


Find the rotation in revolutions per minute given the angular speed and the radius given the linear speed and the rate of rotation. 1.0=rad/s 3. On a game show, a contestant spins a wheel. The angular speed of the wheel was radians per second. If the wheel maintained this rate, what would be the rotation in revolutions per minute? 4 WIND TURBINE One type of wind turbine blade is about 27.1 meters long. If the blades of the turbine are rotating at 28.5 revolutions per minute, what are the angular speed and linear speed to the nearest tenth? 2. V=32 m/s, 100 rev/min

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