Question 5.85: If the roller at B can sustain a maximum load of 3 kN, deter...
If the roller at B can sustain a maximum load of 3 kN, determine the largest magnitude of each of the three forces F that can be supported by the truss.
Equations of Equilibrium: The unknowns A_x and A_y can be eliminated by summing moments about point A.
\hookrightarrow + \Sigma M_A=0 ; \quad F(6)+F(4)+F(2)-3 \cos 45^{\circ}(2)=0
F=0.3536 \mathrm{kN}=354 \mathrm{~N}
Related Answered Questions
Question: 5.92
Verified Answer:
Equations of Equilibrium: The normal reaction of [...
Question: 5.91
Verified Answer:
\Sigma F_x=0 ; \quad A_x=0
...
Question: 5.90
Verified Answer:
W=(4 \mathrm{ft})(2 \mathrm{ft})\left(2 \m...
Question: 5.89
Verified Answer:
\hookrightarrow + \Sigma M...
Question: 5.88
Verified Answer:
\mathbf{F}_1=\{-800 \mathbf{k}\} \mathbf{...
Question: 5.87
Verified Answer:
Equations of Equilibrium: Each shelf’s post at its...
Question: 5.86
Verified Answer:
Equations of Equilibrium: The normal reaction [lat...
Question: 5.84
Verified Answer:
Equations of Equilibrium:
\Sigma M_x=0 ; \...
Question: 5.83
Verified Answer:
Equations of Equilibrium:
\Sigma M_x=0 ; \...
Question: 5.82
Verified Answer:
\mathbf{T}_{D E}=T_{D E}\left(\frac{1}{3} ...