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(a) Draw the influence diagram for the vertical reaction force at A. Plot an as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. upward reaction (b) Draw the influence diagram for the vertical reaction force at E. Plot an upward reaction as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft.

(a) Draw the influence diagram for the vertical reaction force at A. Plot an as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. upward reaction (b) Draw the influence diagram for the vertical reaction force at E. Plot an upward reaction as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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(a) Draw the influence diagram for the vertical reaction force at A. Plot an as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. upward reaction (b) Draw the influence diagram for the vertical reaction force at E. Plot an upward reaction as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. Free-body diagrams are a necessary part of your solution. Be sure to present all information necessary to write the equilibrium equations, including the unknown forces and the critical dimensions. 4 ft. 4 ft. G B A cable 9 ft. F C 5 ft. D hinge 6 ft. E MT
Transcribed Image Text:(a) Draw the influence diagram for the vertical reaction force at A. Plot an as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. upward reaction (b) Draw the influence diagram for the vertical reaction force at E. Plot an upward reaction as a positive value. Label the diagram and define the ordinate values along the span at 0, 9 ft., 14 ft., and 20 ft. Free-body diagrams are a necessary part of your solution. Be sure to present all information necessary to write the equilibrium equations, including the unknown forces and the critical dimensions. 4 ft. 4 ft. G B A cable 9 ft. F C 5 ft. D hinge 6 ft. E MT
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