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Derermine all reactions for below structure

Derermine all reactions for below structure

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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Derermine all reactions for below structure

The diagram represents a structural beam subjected to varying distributed loads. - The beam is supported at points A and B, with A on the left side and B on the right. - The overall length of the beam is divided into three equal segments, each measuring 3 meters. ### Load Distribution: 1. **Left Segment (0 - 3 m):** - The distributed load starts at 900 N/m at point A and decreases linearly towards the center, where the load becomes 600 N/m. 2. **Center Segment (3 - 6 m):** - The distributed load remains constant at 600 N/m across this section. 3. **Right Segment (6 - 9 m):** - The load begins at 600 N/m and decreases linearly towards point B, where it effectively becomes zero at the support. ### Diagram Notes: - Arrows pointing downward along the beam indicate the direction of the applied forces. - Triangular and rectangular shapes represent varying and constant distributed loads, respectively. - Supports at point A and B are depicted with standard symbols for beam reactions. This schematic is commonly used in engineering to analyze bending moments, shear forces, and deflection in beams under linearly varying loads.
Transcribed Image Text:The diagram represents a structural beam subjected to varying distributed loads. - The beam is supported at points A and B, with A on the left side and B on the right. - The overall length of the beam is divided into three equal segments, each measuring 3 meters. ### Load Distribution: 1. **Left Segment (0 - 3 m):** - The distributed load starts at 900 N/m at point A and decreases linearly towards the center, where the load becomes 600 N/m. 2. **Center Segment (3 - 6 m):** - The distributed load remains constant at 600 N/m across this section. 3. **Right Segment (6 - 9 m):** - The load begins at 600 N/m and decreases linearly towards point B, where it effectively becomes zero at the support. ### Diagram Notes: - Arrows pointing downward along the beam indicate the direction of the applied forces. - Triangular and rectangular shapes represent varying and constant distributed loads, respectively. - Supports at point A and B are depicted with standard symbols for beam reactions. This schematic is commonly used in engineering to analyze bending moments, shear forces, and deflection in beams under linearly varying loads.
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