Consider the truss below. Determine the force in each member of the truss using the method...

 

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Consider the truss below. Determine the force in each member of the truss using the method of joints and state if the members are in tension or compression. -2 m B 30 kN -2 m E 30 kN -2 m 2m 40 kN |FGF = 210 kN (T) |FAF = 141.421 kN (C) |FAB = 110 KN (C) |FB| = 30 kN (T) |FBC| = 110 kN (C) |FDE = 56.5684 kN (T) |Fpcl = 40 kN (C) |FEC = 40 kN (C) |FEF = 40 kN (T) FCF = 98.9950 kN (T) Consider the truss below. Determine the force in each member of the truss using the method of joints and state if the members are in tension or compression. -2 m B 30 kN -2 m E 30 kN -2 m 2m 40 kN |FGF = 210 kN (T) |FAF = 141.421 kN (C) |FAB = 110 KN (C) |FB| = 30 kN (T) |FBC| = 110 kN (C) |FDE = 56.5684 kN (T) |Fpcl = 40 kN (C) |FEC = 40 kN (C) |FEF = 40 kN (T) FCF = 98.9950 kN (T)

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The image provided is of a simple truss system with forces at each joint and dimensions between joints The task is to determine the force in each memb... View the full answer