Enter your answers into the high 1.) Select the lightest W12 shape for a column subjected to an axial compressive load o

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answerhappygod
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Enter your answers into the high 1.) Select the lightest W12 shape for a column subjected to an axial compressive load o

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Enter Your Answers Into The High 1 Select The Lightest W12 Shape For A Column Subjected To An Axial Compressive Load O 1
Enter Your Answers Into The High 1 Select The Lightest W12 Shape For A Column Subjected To An Axial Compressive Load O 1 (90.58 KiB) Viewed 22 times
Enter Your Answers Into The High 1 Select The Lightest W12 Shape For A Column Subjected To An Axial Compressive Load O 2
Enter Your Answers Into The High 1 Select The Lightest W12 Shape For A Column Subjected To An Axial Compressive Load O 2 (31.69 KiB) Viewed 22 times
Enter your answers into the high 1.) Select the lightest W12 shape for a column subjected to an axial compressive load of P kips. The unbraced length is L ft and the ends are pinned/pinned. Use the AISC allowable stress design method. Yield stress is 50 ksi. Refer to Blackboard for values of P and L. Enter the random variables generated by Blackboard here: Load (P) Length (L) kips ft Enter reference values here: Effective length factor (K) in Enter calculated values here: Effective length (KL) in inches Slenderness ratio (KL/1) Critical (Euler) Stress (fe) Allowable load Paal) ksi kips Enter the properties of your chosen W-section here: Designation of chosen W-section Weight/ft of chosen W-section Area (A) of chosen W-section Least radius of gyration (ry) of chosen W-section Ibs/ft in? in
QUESTION 2 Design the most efficient W12x pinned/pinned column P = 381 kips L = 14 feet Chosen column: W12x (fill in the blank) Enter all answers into the spreadsheet attached to problem 1
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