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  3. 4 here is a similar problem with pulleys and shafts...

Question: 4 here is a similar problem with pulleys and shafts...

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4. Here is a similar problem with pulleys and shafts, complicated slightly due to the fact that there are forces in two planes, not just one, as previously. Dimensions in the figure are in mm. Some additional dimensions are: dA shaft 200 mm 300 mm 18 mm 300 Ts 400 Assume bearings 0 and C are frictionless. Assume tensile forces are T2 -200 N and Ti -40 N. Further assume steady-state operation (a) On pulley A, suppose the slack-side tension is 1/9th of the tight-side tension. Determine the values of Ts and T (b) If the rotation rate is 250 rpm, determine the power delivered in SI units. (c) Solve the staties problem in the xy-plane and draw shear and bending mo- ment diagrams in the xy-plane, labeling extreme values of shear and bending moment. (d) Solve the statics problem in the xz-plane and draw shear and bending mo- ment diagrams in the xz-plane, labeling extreme values of shear and bending moment (e) Moment is a vector. Your moment diagrams give orthogonal components of the moment vector. Find the largest magnitude of the total moment vector
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