[Eng Apps] Method of Joints Truss Analysis

Given the truss diagram, what is the magnitude of the reaction force at Joint A?

• R_A = 250 N

• R_A = 500 N

• R_A = 60 N

• R_A = 1000 N

Given the truss diagram, what is the magnitude of the reaction force at Joint G?

• R_G = 250 N

• R_G = 150 N

• R_G = 200 N

• R_G = 1000 N

Given the truss diagram, what is the magnitude of the reaction force at Joint A?

• R_A = 400 N

• R_A = 300 N

• R_A = 200 N

• R_A = 150 N

Given the truss diagram, what is the magnitude of the reaction force at Joint G?

• R_G = 95 N

• R_G = 155 N

• R_G = 200 N

• R_G = 50 N

Given the truss diagram, what is the magnitude of the reaction force at Joint A?

• R_A = 143.33 N

• R_A = 196.67 N

• R_A = 150 N

• R_A = 70 N

Given the truss diagram, what is the magnitude of the reaction force at Joint G?

• R_G = 233.33 N

• R_G = 216.67 N

• R_G = 100 N

• R_G = 150 N

Determine the magnitude of force F_FG

• 485.9 N

• 291.6 N

• 128.6 N

• 214.4 N

Determine the magnitude of force F_AL

• 392.9 N

• 296.3 N

• 465.7 N

• 214.4 N

Determine the magnitude of force F_AB

• 173.3 N

• 155.0 N

• 134.6 N

• 211.7 N

Determine the magnitude of force F_HG

• 371.1 N

• 231.9 N

• 128.6 N

• 314.7 N