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2 kip/ft 6 ft -3 ft- 4 kip 20 kip-ft Sketch the bending moment diagram with relevant values on the diagram.

2 kip/ft 6 ft -3 ft- 4 kip 20 kip-ft Sketch the bending moment diagram with relevant values on the diagram.

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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### Beam Loading Diagram Explanation The diagram illustrates a beam subjected to various loads and support conditions. Below is a detailed description of the components depicted in the diagram: - **Distributed Load**: - There is a uniform distributed load of \(2 \text{ kip/ft}\) acting over a span of \(6 \text{ ft}\) from the left support. - **Point Load**: - A point load of \(4 \text{ kip}\) is applied downward at the end of the beam. - **Moment**: - A clockwise moment of \(20 \text{ kip}\cdot\text{ft}\) is applied at the right end of the beam. - **Beam Length**: - The total length of the beam under consideration is \(9 \text{ ft}\). It is divided into a \(6 \text{ ft}\) section under the distributed load and a \(3 \text{ ft}\) section under the decreasing load. ### Task You are required to sketch the bending moment diagram with all relevant values indicated on the diagram. The value of \(x\) represents a variable distance from the wall to any point of interest along the beam for moment calculation purposes.
Transcribed Image Text:### Beam Loading Diagram Explanation The diagram illustrates a beam subjected to various loads and support conditions. Below is a detailed description of the components depicted in the diagram: - **Distributed Load**: - There is a uniform distributed load of \(2 \text{ kip/ft}\) acting over a span of \(6 \text{ ft}\) from the left support. - **Point Load**: - A point load of \(4 \text{ kip}\) is applied downward at the end of the beam. - **Moment**: - A clockwise moment of \(20 \text{ kip}\cdot\text{ft}\) is applied at the right end of the beam. - **Beam Length**: - The total length of the beam under consideration is \(9 \text{ ft}\). It is divided into a \(6 \text{ ft}\) section under the distributed load and a \(3 \text{ ft}\) section under the decreasing load. ### Task You are required to sketch the bending moment diagram with all relevant values indicated on the diagram. The value of \(x\) represents a variable distance from the wall to any point of interest along the beam for moment calculation purposes.
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