A uniform solid disk of mass \(M = 4.0\text{ kg}\) and radius \(R = 0.50\text{ m}\) rolls without slipping up an incline. The graph shows the disk's instantaneous angular velocity \(\omega\) as a function of time \(t\). Between \(t = 0\text{ s}\) and \(t = 2.0\text{ s}\), what is the net work done on the disk? • Nerd Notes

AP Physics C: Mechanics

6.5 Rolling

6.1 Rotational Kinetic Energy

IntermediateMCQMathematical25.6k

Angular velocity versus time for the rolling disk.

A uniform solid disk of mass \(M = 4.0\text{ kg}\) and radius \(R = 0.50\text{ m}\) rolls without slipping up an incline. The graph shows the disk's instantaneous angular velocity \(\omega\) as a function of time \(t\). Between \(t = 0\text{ s}\) and \(t = 2.0\text{ s}\), what is the net work done on the disk?

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