Find the magnitude of the force on the structural member  AB, AE, BE, BC, BF, EF, CF, CD, AND FD OF THE TRUSS SYSTEM. Are the forces on each structural member  in tension, compression, or neither?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Find the magnitude of the force on the structural member  AB, AE, BE, BC, BF, EF, CF, CD, AND FD OF THE TRUSS SYSTEM.

Are the forces on each structural member  in tension, compression, or neither?

**Problem Statement:**

FIND THE REACTION FORCES IN MEMBERS AB, AE, BE, BC, BF, EF, CF, CD, AND FD OF THE TRUSS SYSTEM.

**Truss Diagram Description:**

- The truss structure is supported at point A with a pin support and at point F with a roller support.
- Members of the truss are connected at nodes A, B, C, D, E, and F.
- The horizontal member AB is 9 feet long and supports a vertical load of 8K (kips) applied at node B.
- The horizontal member BC is 14 feet long and supports a vertical load of 12K applied at node C.
- The horizontal member CD is 9 feet long.
- A horizontal load of 4K is applied at node D.
- There is a diagonal member AE making a 45° angle with a 5K load acting downward and to the right.
- The vertical distance from node A to node E is 12 feet.
- The structure includes diagonal members connecting internal points (e.g., BE, CF, etc.).

This truss requires analysis to determine the internal forces using methods such as the method of joints or the method of sections, considering equilibrium equations.
Transcribed Image Text:**Problem Statement:** FIND THE REACTION FORCES IN MEMBERS AB, AE, BE, BC, BF, EF, CF, CD, AND FD OF THE TRUSS SYSTEM. **Truss Diagram Description:** - The truss structure is supported at point A with a pin support and at point F with a roller support. - Members of the truss are connected at nodes A, B, C, D, E, and F. - The horizontal member AB is 9 feet long and supports a vertical load of 8K (kips) applied at node B. - The horizontal member BC is 14 feet long and supports a vertical load of 12K applied at node C. - The horizontal member CD is 9 feet long. - A horizontal load of 4K is applied at node D. - There is a diagonal member AE making a 45° angle with a 5K load acting downward and to the right. - The vertical distance from node A to node E is 12 feet. - The structure includes diagonal members connecting internal points (e.g., BE, CF, etc.). This truss requires analysis to determine the internal forces using methods such as the method of joints or the method of sections, considering equilibrium equations.
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