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correct answer says 10.1 rad/s^2. please show detailed work in HANDWRITTEN FORMAT CoursHeroTranscribedText: A momentum wheel for dynamics-class demonstrations is shown. It is basically a

correct answer says 10.1 rad/s^2. please show detailed work in HANDWRITTEN FORMAT

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CoursHeroTranscribedText: A momentum wheel for dynamics-class demonstrations is shown. It is basically a bicycle wheel modified with rim band-weighting. handles, and a pulley for cord startup. The heavy rim band causes the radius of gyration of the 3.1-kg wheel to be 275 mm. If a steady 43-N pull F is applied to the cord, determine the angular acceleration a of the wheel. Neglect bearing friction. 630 mm F = 43 N 1237 110 mm

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