- S.P. 6/9: The wheel rolls up the incline on its hubs without slipping and is...

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- S.P. 6/9: The wheel rolls up the incline on its hubs without slipping and is pulled by the 100 - N force applied to the cord wrapped around its outer rim. If the wheel starts from rest, compute its angular velocity w after its center has moved a distance of 3 m up the incline. The wheel has a mass of 40 kg with center of mass at 0 and has centroidal radius of gyration of 150 mm. Determine the power input from the 100 - N force at the end of the 3 m motion interval. a - 200 mm 100 N -100 mm 15 - S.P. 6/9: The wheel rolls up the incline on its hubs without slipping and is pulled by the 100 - N force applied to the cord wrapped around its outer rim. If the wheel starts from rest, compute its angular velocity w after its center has moved a distance of 3 m up the incline. The wheel has a mass of 40 kg with center of mass at 0 and has centroidal radius of gyration of 150 mm. Determine the power input from the 100 - N force at the end of the 3 m motion interval. a - 200 mm 100 N -100 mm 15