5. Draw a free body diagram of frame member AB and BC

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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5. Draw a free body diagram of frame member AB and BC
**Diagram Description:**

The diagram illustrates a structural beam supported at points A and C with an angled joint at point B. The beam experiences two vertical loads: 400 lb and 500 lb.

**Explanation and Diagram Details:**

- Point A is at the bottom left and forms a pin support fixed to a base.
- Point B is located at the top of the left section, which extends 4 feet vertically from point A and then angles horizontally to the right.
- Point C is positioned at the end of the right horizontal section, with another pin support fixed to a base.
- The left vertical section of the beam from A to B is 4 feet in length.
- The horizontal section extends from B to C, totaling 12 feet, divided into 3-foot segments.
- A 400 lb force is applied vertically downward at 3 feet from point B.
- A 500 lb force is applied vertically downward at 6 feet from point B.

**Figure Reference:**

Figure: 06_FP014

*The diagram provides a clear visual representation of forces acting on structural components, crucial for understanding principles of equilibrium and structural analysis.*

(Note: Always include proper citations and copyright acknowledgments when using diagrams or images from educational materials.)
Transcribed Image Text:**Diagram Description:** The diagram illustrates a structural beam supported at points A and C with an angled joint at point B. The beam experiences two vertical loads: 400 lb and 500 lb. **Explanation and Diagram Details:** - Point A is at the bottom left and forms a pin support fixed to a base. - Point B is located at the top of the left section, which extends 4 feet vertically from point A and then angles horizontally to the right. - Point C is positioned at the end of the right horizontal section, with another pin support fixed to a base. - The left vertical section of the beam from A to B is 4 feet in length. - The horizontal section extends from B to C, totaling 12 feet, divided into 3-foot segments. - A 400 lb force is applied vertically downward at 3 feet from point B. - A 500 lb force is applied vertically downward at 6 feet from point B. **Figure Reference:** Figure: 06_FP014 *The diagram provides a clear visual representation of forces acting on structural components, crucial for understanding principles of equilibrium and structural analysis.* (Note: Always include proper citations and copyright acknowledgments when using diagrams or images from educational materials.)
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