Solve and draw shear and bending moment diagrams. ### Structural Beam DiagramThe diagram represents a structural beam subjected to different forces and constraints:1. **Beam Description**: - The beam is horizontal and segmented into parts labeled A, B, C, and D.2. **Forces**: - At point A, there is a downward force labeled "10k" (presumably representing 10,000 units of force). - At point C, there is another downward force labeled "20k" (presumably 20,000 units).3. **Supports**: - Point B has a roller-type support, allowing for vertical movement but not horizontal (denoted by a small circle on a hatched surface). - Point D is supported by a pin, restricting both vertical and horizontal movement, indicated by a triangle on a hatched surface.4. **Distances**: - The section of the beam from A to B is 5 feet. - Another 5 feet from B to C. - From C to D is also 5 feet.This diagram serves as a fundamental representation useful for understanding concepts in physics and engineering, particularly in static equilibrium analysis.

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Engineering

Civil Engineering

lok 51 tidlastbar гок UT

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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Question

Solve and draw shear and bending moment diagrams.

### Structural Beam Diagram

The diagram represents a structural beam subjected to different forces and constraints:

1. **Beam Description**:
- The beam is horizontal and segmented into parts labeled A, B, C, and D.

2. **Forces**:
- At point A, there is a downward force labeled "10k" (presumably representing 10,000 units of force).
- At point C, there is another downward force labeled "20k" (presumably 20,000 units).

3. **Supports**:
- Point B has a roller-type support, allowing for vertical movement but not horizontal (denoted by a small circle on a hatched surface).
- Point D is supported by a pin, restricting both vertical and horizontal movement, indicated by a triangle on a hatched surface.

4. **Distances**:
- The section of the beam from A to B is 5 feet.
- Another 5 feet from B to C.
- From C to D is also 5 feet.

This diagram serves as a fundamental representation useful for understanding concepts in physics and engineering, particularly in static equilibrium analysis.

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