7. (10 pts) Given the truss with loading shown. Note that the roller connection at Joint D is in a track so that it cannot move in the x-direction, but it can roll in the y-direction. Solve the truss with the virtual load you would use if you are going to solve for the vertical deflection at Joint E using the method of virtual work. Note: Just solve the truss. You DO NOT need to find the vertical deflection at Joint E. 10' A 12' 12' B C 10 k 10 k D E 20 k 10' 12' B и E 12' C 20 k
7. (10 pts) Given the truss with loading shown. Note that the roller connection at Joint D is in a track so that it cannot move in the x-direction, but it can roll in the y-direction. Solve the truss with the virtual load you would use if you are going to solve for the vertical deflection at Joint E using the method of virtual work. Note: Just solve the truss. You DO NOT need to find the vertical deflection at Joint E. 10' A 12' 12' B C 10 k 10 k D E 20 k 10' 12' B и E 12' C 20 k
Chapter5: Beams And Frames: Shear And Bending Moment
Section: Chapter Questions
Problem 53P: For the beam shown: (a) determine the distance a for which the maximum positive and negative bending...
Related questions
Question
Given the truss with loading shown. Note that the roller connection at Joint D is in a
track so that it cannot move in the x-direction, but it can roll in the y-direction.
Solve the truss with the virtual load you would use if you are going to solve for the vertical
deflection at Joint E using the method of virtual work.
Note: Just solve the truss. You DO NOT need to find the vertical deflection at Joint E.
track so that it cannot move in the x-direction, but it can roll in the y-direction.
Solve the truss with the virtual load you would use if you are going to solve for the vertical
deflection at Joint E using the method of virtual work.
Note: Just solve the truss. You DO NOT need to find the vertical deflection at Joint E.
Transcribed Image Text:7. (10 pts) Given the truss with loading shown. Note that the roller connection at Joint D is in a
track so that it cannot move in the x-direction, but it can roll in the y-direction.
Solve the truss with the virtual load you would use if you are going to solve for the vertical
deflection at Joint E using the method of virtual work.
Note: Just solve the truss. You DO NOT need to find the vertical deflection at Joint E.
10'
A
12'
12'
B
C
10 k
10 k
D
E
20 k
10'
12'
B
и
E
12'
C
20 k
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