1. For the truss shown below, support A is a roller and support B is pinned. The two 2.6-kip loads are perpendicular to the inclined member. Determine the reactions at support A and support B. 2.6 kips ATTRIT 2.6 kips 12'-0" 7 kips 5 kips 12'-0" T B 5'-0" 5-0 5'-0"
1. For the truss shown below, support A is a roller and support B is pinned. The two 2.6-kip loads are perpendicular to the inclined member. Determine the reactions at support A and support B. 2.6 kips ATTRIT 2.6 kips 12'-0" 7 kips 5 kips 12'-0" T B 5'-0" 5-0 5'-0"
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Can someone please help me to answer the following question and draw all free body diagrams and equivalent load diagrams.
Transcribed Image Text:The image presents a structural truss analysis problem. Below is the transcribed content and a description of the diagram for educational purposes:
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**Problem Statement:**
1. For the truss shown below, support A is a roller and support B is pinned. The two 2.6-kip loads are perpendicular to the inclined member. Determine the reactions at support A and support B.
**Diagram Explanation:**
- The truss structure depicted in the diagram consists of several members forming a triangular shape.
- The top member of the truss is horizontal, with a length of 24 feet, divided into two equal segments of 12 feet each.
- Support A, located at the left end of the structure, is a roller support.
- Support B, located at the right end, is a pinned support.
- Two 2.6-kip forces act downward on the truss at the top left and near the center. These forces are perpendicular to the inclined member.
- There is a 7-kip load located between the top center and top right of the truss, and it acts vertically downward, 5 feet to the right of the center.
- Two 5-kip forces are also acting at the center, directed downward.
- The vertical segments show distances of 5 feet each dividing the height into equal parts.
This setup is typically analyzed to determine the reaction forces exerted by the supports, crucial for understanding the stability and integrity of the structure.
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