A wind turbine in a wind farm is being shut down for maintenance. It takes 40 s for the turbine to go from its operating angular velocity to a complete stop, in which the angular velocity function is @(t) = [(1s-1-40.0)^2/100.0]rad/s. If the turbine is rotating counterclockwise looking into the page, what is the instantaneous angular acceleration at t = 10.00 s?
A wind turbine in a wind farm is being shut down for maintenance. It takes 40 s for the turbine to go from its operating angular velocity to a complete stop, in which the angular velocity function is @(t) = [(1s-1-40.0)^2/100.0]rad/s. If the turbine is rotating counterclockwise looking into the page, what is the instantaneous angular acceleration at t = 10.00 s?
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![A wind turbine in a wind farm is being shut down for maintenance. It takes 40 s for the
turbine to go from its operating angular velocity to a complete stop, in which the angular velocity function is
@(t) = [(1s-1-40.0)^2/100.0]rad/s. If the turbine is rotating counterclockwise looking into the page,
what is the instantaneous angular acceleration at t= 10.00 s?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ffc533774-2db2-4c40-ad62-e47c502b55d9%2F4d5efce5-1170-46ab-89d7-a505b9a3bf84%2Fuu2u6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A wind turbine in a wind farm is being shut down for maintenance. It takes 40 s for the
turbine to go from its operating angular velocity to a complete stop, in which the angular velocity function is
@(t) = [(1s-1-40.0)^2/100.0]rad/s. If the turbine is rotating counterclockwise looking into the page,
what is the instantaneous angular acceleration at t= 10.00 s?
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