As shown in the figure (a) below, a youngster finds an old wagon wheel and axle...

 

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As shown in the figure (a) below, a youngster finds an old wagon wheel and axle W and pushes it around so that the wheel rolls, the center of the wheel C moves at constant speed in a horizontal circle, and the the end of the axle O stays fixed. If Creturns to its starting point in T seconds, compute the z component of the angular velocity vector of the wheel ww/J.where J is the ground frame as shown in the figure (b) below. Given b = 7 m, 3 = 53°, and T = 5.8 sec. (a) (b) Figure is from "Engineering Mechanic An Introduction to Dynamics", McGill and King. As shown in the figure (a) below, a youngster finds an old wagon wheel and axle W and pushes it around so that the wheel rolls, the center of the wheel C moves at constant speed in a horizontal circle, and the the end of the axle O stays fixed. If Creturns to its starting point in T seconds, compute the z component of the angular velocity vector of the wheel ww/J.where J is the ground frame as shown in the figure (b) below. Given b = 7 m, 3 = 53°, and T = 5.8 sec. (a) (b) Figure is from "Engineering Mechanic An Introduction to Dynamics", McGill and King.

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