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В The 3-ft length of steel pipe (Est = 29 x 10° ksi) has a cross-sectional area of 2.0 in? and rests on the fixed support A. The 1-in.-diameter aluminum rod (Eal = 10 × 10° ksi) is fastened to a rigid plate B that sits atop the pipe. Determine the displacement of point C when the 3 ft load P = 20 kip is applied. Assume the materials are linear elastic. 2 ft

В The 3-ft length of steel pipe (Est = 29 x 10° ksi) has a cross-sectional area of 2.0 in? and rests on the fixed support A. The 1-in.-diameter aluminum rod (Eal = 10 × 10° ksi) is fastened to a rigid plate B that sits atop the pipe. Determine the displacement of point C when the 3 ft load P = 20 kip is applied. Assume the materials are linear elastic. 2 ft

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В The 3-ft length of steel pipe (Et = 29 x 10° ksi) has a cross-sectional area of 2.0 in? and rests on the fixed support A. The 1-in.-diameter aluminum rod (Eal = 10 × 10° ksi) is fastened to a rigid plate B that sits atop the pipe. Determine the displacement of point C when the 3 ft load P = 20 kip is applied. Assume the materials are linear elastic. 2 ft C P
Transcribed Image Text:В The 3-ft length of steel pipe (Et = 29 x 10° ksi) has a cross-sectional area of 2.0 in? and rests on the fixed support A. The 1-in.-diameter aluminum rod (Eal = 10 × 10° ksi) is fastened to a rigid plate B that sits atop the pipe. Determine the displacement of point C when the 3 ft load P = 20 kip is applied. Assume the materials are linear elastic. 2 ft C P
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