For the 2D truss of the figure: . . . Find all the support reactions (Pinned...

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For the 2D truss of the figure: . . . Find all the support reactions (Pinned support at A and Roller at Identify all zero-force members. F). Draw the Free Body Diagram. Find the axial forces of all members using the method of joints or the method of sections (you are free to use any method). Note: Each square grid is 1m x 1m in the drawing. The lengths of the members are also stated with 2 decimals The force at D is 96 kN (downwards) and the forces at E (on the top) are 120 kN (to the right) and 96 kN (downwards). L-5.00 m 1 (AB) 2 (AC) (BD) 3 4 (CE) 5 (BC) L= 3,00m 6 (CD) 7 (DE) 8 (DF) 9 (EF) 120.00 AN L 5.00m L 5.00 00.00 AN L 4.00 m L=400m Use the following table to write the force and the state of each member in the end: Member Zero Force? (Yes or leave empty) L*6.00m 9600KN L 10.00m Force (kN) L=8.00 m Tension (T) or Compression (C) For the 2D truss of the figure: . . . Find all the support reactions (Pinned support at A and Roller at Identify all zero-force members. F). Draw the Free Body Diagram. Find the axial forces of all members using the method of joints or the method of sections (you are free to use any method). Note: Each square grid is 1m x 1m in the drawing. The lengths of the members are also stated with 2 decimals The force at D is 96 kN (downwards) and the forces at E (on the top) are 120 kN (to the right) and 96 kN (downwards). L-5.00 m 1 (AB) 2 (AC) (BD) 3 4 (CE) 5 (BC) L= 3,00m 6 (CD) 7 (DE) 8 (DF) 9 (EF) 120.00 AN L 5.00m L 5.00 00.00 AN L 4.00 m L=400m Use the following table to write the force and the state of each member in the end: Member Zero Force? (Yes or leave empty) L*6.00m 9600KN L 10.00m Force (kN) L=8.00 m Tension (T) or Compression (C)

Answer rating: 100% (QA)

1 Support reactions A pinned support RA 120 kN right 96 kN down 216 kN F rol... View the full answer