A B The truss system supports the hanging beam with distributed loading as shown. 3m Joint A is a pin connection and joint Eis a roller. E 니m 4m ** 3m Problem #1 With w= 8 kN/m, which member of the truss is seeing the largest compressive force and what is its magnitude? Problem #2 With w= 8 kN/m, which member of the truss is seeing the largest tension force and what is its magnitude? Problem #3 If the maximum tension force the members of the truss can withstand is 35 kN and the maximum compressive force the members of the truss can withstand is 20 kN, calculate the largest w (kN/m) the system can support?
A B The truss system supports the hanging beam with distributed loading as shown. 3m Joint A is a pin connection and joint Eis a roller. E 니m 4m ** 3m Problem #1 With w= 8 kN/m, which member of the truss is seeing the largest compressive force and what is its magnitude? Problem #2 With w= 8 kN/m, which member of the truss is seeing the largest tension force and what is its magnitude? Problem #3 If the maximum tension force the members of the truss can withstand is 35 kN and the maximum compressive force the members of the truss can withstand is 20 kN, calculate the largest w (kN/m) the system can support?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Transcribed Image Text:A
B
The truss system supports the
hanging beam with distributed
loading as shown.
3m
Joint A is a pin connection and
joint Eis a roller.
E
니m
4m
3m
Problem #1
With w= 8 kN/m, which member of the truss is seeing the largest compressive
force and what is its magnitude?
Problem #2
With w= 8 kN/m, which member of the truss is seeing the largest tension
force and what is its magnitude?
Problem #3
If the maximum tension force the members of the truss can withstand is 35 kN
and the maximum compressive force the members of the truss can withstand
is 20 kN, calculate the largest w (kN/m) the system can support?
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