- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 1 (29.32 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 2 (8.39 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 3 (22.54 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 4 (23.8 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 5 (22.63 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 6 (25.73 KiB) Viewed 37 times
- The Truss Structure Shown Below Is Pinned To The Wall At E And F H H H H J H H B W Allow W 47 4 Kn H 3 7 M 7 (12.8 KiB) Viewed 37 times
Part A - Part A Is this structure statically determinate? Yes No Submit Request Answer
Part B - Part B Identify any zero force members. More than one option may be selected. ng > Member AB Member AJ Member BC Member BH Member BJ Member CD Member CG Member CH Member DE Member DF Member DG Member EF Member FG Member GH OD Member GJ Submit Request Answer
Part C- Part You are asked to find the forces in members GH and CG using the Method of Sections. Which members should you make a cut through? More than one option may be selected. Member AB U OO Member AJ Member BC Member BH Member BJ Member CD Member CG O Member CH Member DE Member DF Member DG Member EF ロロロロロ O Member FG Member GH Member GJ Submit Request Answer
Part D-Parto Having made a cut through the members in the previous part, you next want to solve for Member GH Which of the following equilibrium equations is the most officient? (.. which one will allow you to solve for the required member in one equation) ΣF = 0 Ο ΣF, = 0 ΣMc 0 Ο ΣΜ = 0 O Mp=0 Submit Best Answer Part - Part E Solve for the force in member GH and state whether it is in tension of compression Express your answer to three significant figures in units of kN. Enter negative value in the case of compression and positive value in the case of tension 0AE VOC ? Fан kN Submit Request Answer
Part F-Part F Solve for the force in member CG and state whether it is in tension or compression Express your answer to three significant figures in units of kN. Enter negative value in the case of compression and positive value in the case of tension. 30 AED vec 2 Foc - EN Submit Bequest one Part - Part Next we want to solve for the force in Member DE What would be the most officient approach to solving for the force in this member? Using Method of Sections and then SF, = 0 Using Method of Joints Using Method of Sections and then SM-0 Using Method of Sections and then My0 Using Method of Sections and then Mo0 Using Method of Sections and thon EF-0 Submit Best Answer
Part H. Part F Solve for the force in member De and state whether it is in tension or compression Express your answer to three significant figures in units of kN. Enter negative value in the case of compression and positive value in the case of tension %0AXOVO FDE KN Submit Request Are