2. Determine the horizontal displacement at C. Assume all members are pin connected (i.c.. this is...

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2. Determine the horizontal displacement at C. Assume all members are pin connected (i.c.. this is a truss). P₁ = 1 kip, P₂ = 2 kip, for all members. Member AB and BC experience a temperature increase of ATAB = 100°F and ATBC = 200°F, respectively. Member CD is fabricated 0.1 in short, and member DE is fabricated 0.2 in long. For all members, cross section is 1 in², E = 29,000 ksi, and a = 10-6/°F. Use the tables below for your calculations. For loads: Member 22888: AB AD BC BD CD DE For thermal effect: Member AB AD BC BD CD DE n For fabrication errors: n 40 CD DE 4 Member AB AD BC BD N n 30 AT 8 Sum 301 A L Sum n6 E Sum nNL/AE naATL 2. Determine the horizontal displacement at C. Assume all members are pin connected (i.c.. this is a truss). P₁ = 1 kip, P₂ = 2 kip, for all members. Member AB and BC experience a temperature increase of ATAB = 100°F and ATBC = 200°F, respectively. Member CD is fabricated 0.1 in short, and member DE is fabricated 0.2 in long. For all members, cross section is 1 in², E = 29,000 ksi, and a = 10-6/°F. Use the tables below for your calculations. For loads: Member 22888: AB AD BC BD CD DE For thermal effect: Member AB AD BC BD CD DE n For fabrication errors: n 40 CD DE 4 Member AB AD BC BD N n 30 AT 8 Sum 301 A L Sum n6 E Sum nNL/AE naATL

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Given P1 1 kip P2 2 kip ATAR AB 100F ATC BC 200F Member CD fab... View the full answer