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In Figure 1a the specimen length (L) is 28.0 inches and the torque applied at the free end (T) is 800. pounds-inches. Figure 1b shows a cross-section of the specimen with outer radius equal to .850 inches, inner radius (ri) equal to .700 inches, and total angle of twist() equal to .530 degrees. (a) Calculate the polar moment of inertia, Ip, for the specimen. (b) Determine the Modulus of Rigidity, G, of the specimen.
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