9-6 A short column composed of two standard steel pipes is subjected to a load P = 20 kips, as shown in Fig. P9-6. Deter

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: 9 6 A Short Column Composed Of Two Standard Steel Pipes Is Subjected To A Load P 20 Kips As Shown In Fig P9 6 Deter 1 (19.38 KiB) Viewed 43 times

: 9 6 A Short Column Composed Of Two Standard Steel Pipes Is Subjected To A Load P 20 Kips As Shown In Fig P9 6 Deter 2 (47.38 KiB) Viewed 43 times

: 9 6 A Short Column Composed Of Two Standard Steel Pipes Is Subjected To A Load P 20 Kips As Shown In Fig P9 6 Deter 3 (61.86 KiB) Viewed 43 times

9-6 A short column composed of two standard steel pipes is subjected to a load P = 20 kips, as shown in Fig. P9-6. Determine the compressive stress in each pipe. Neglect the weight of the pipes. 3-in. pipe В 14-in. pipe FIGURE P9-6
Question 1 (1 point) The magnitude of the "significant area" of the provided 3in pipe is_in2. . The significant area" meaning the area of interest when analyzing the stress within the pipe. Your Answer: Answer Question 2 (1 point) The magnitude of the "significant area" of the provided 4in pipe is _in2 The "significant area" meaning the area of interest when analyzing the no stress within the pipe. Your Answer: Answer Question 3 (1 point) The magnitude of the normal stress in the pipe between A&B is upsi. NOTE: . Submit 6 Sig Fig Your Answer:
Question 4 (1 point) The magnitude of the normal stress in the pipe between B&C is__psi. NOTE: • Submit 6 Sig Fig. Your Answer: Answer Question 5 (1 point) For this problem only: • Assume the entire pipe column is replaced with a rectangular bar with actu- а cross-sectional dimensions of binX8in. The magnitude of the normal stress in the pipe is __.psi. Your Answer: Answer