A B C D E H = 50 kN H G F k 3 at 3 m = 9 m |- 3 m For this exercise consider the two trusses shown in the sketches below. Determine the forces in all members of each truss. Then, briefly discuss how the applied loads affect the number of zero-force members in each of the trusses. Note the horizontal load is assumed to act three meters above point A, and the vertical load is assumed to act nine meters to the right of point A.
A B C D E H = 50 kN H G F k 3 at 3 m = 9 m |- 3 m For this exercise consider the two trusses shown in the sketches below. Determine the forces in all members of each truss. Then, briefly discuss how the applied loads affect the number of zero-force members in each of the trusses. Note the horizontal load is assumed to act three meters above point A, and the vertical load is assumed to act nine meters to the right of point A.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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The last person that answered this question just put a ss of an answer to a question on the same concept, so I had to use another question and ask it again. Please answer this specific question and provide the actual numeric values for each member in the truss. I will like the answer as well just please actually answer the question correctly.
Transcribed Image Text:A
B
C
D
E
H = 50 kN
H
G
F
k
3 at 3 m = 9 m
|-
3 m
Transcribed Image Text:For this exercise consider the two trusses shown in the sketches below. Determine the forces in all
members of each truss. Then, briefly discuss how the applied loads affect the number of zero-force
members in each of the trusses. Note the horizontal load is assumed to act three meters above point A,
and the vertical load is assumed to act nine meters to the right of point A.
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