For the truss shown below determine the member forces in BC, CI, and IJ In kilonewtons. (Due to the na

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
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Title: Analysis of Truss Member Forces

**Truss Diagram**

The diagram illustrates a truss structure supported horizontally from a wall at point H, with a vertical support at point A. The truss features members connected in a series of triangular configurations. The key points (from left to right) are labeled A, B, C, D, E, F, G at the top, and H, I, J, K, L, M at the bottom.

**Dimensions**

- The vertical height from point H to A is 3 meters.
- The horizontal distance is divided into six equal sections, each 1.5 meters in length, totaling 9 meters across the truss.

**Forces**

The truss is subjected to external forces applied vertically at points I, J, K, L, M, and G. The magnitudes of these forces, expressed in Newtons (N), are as follows (from left to right):

- Point I: 1.302 kN
- Point J: 1.085 kN
- Point K: 868 N
- Point L: 651 N
- Point M: 434 N
- Point G: 217 N

**Member Forces Calculation**

The goal is to determine the member forces in BC, CI, and IJ in kilonewtons (kN). 

Below the diagram, there is an input section for calculating these forces:

- **F<sub>BC</sub>**:
  - Magnitude (kN)
  - Sense (Tension/Compression)
  
- **F<sub>CI</sub>**:
  - Magnitude (kN)
  - Sense (Tension/Compression)
  
- **F<sub>IJ</sub>**:
  - Magnitude (kN)
  - Sense (Tension/Compression)

This educational section provides users with the opportunity to practice analyzing truss structures and calculating member forces based on the known external loads and geometry.
Transcribed Image Text:Title: Analysis of Truss Member Forces **Truss Diagram** The diagram illustrates a truss structure supported horizontally from a wall at point H, with a vertical support at point A. The truss features members connected in a series of triangular configurations. The key points (from left to right) are labeled A, B, C, D, E, F, G at the top, and H, I, J, K, L, M at the bottom. **Dimensions** - The vertical height from point H to A is 3 meters. - The horizontal distance is divided into six equal sections, each 1.5 meters in length, totaling 9 meters across the truss. **Forces** The truss is subjected to external forces applied vertically at points I, J, K, L, M, and G. The magnitudes of these forces, expressed in Newtons (N), are as follows (from left to right): - Point I: 1.302 kN - Point J: 1.085 kN - Point K: 868 N - Point L: 651 N - Point M: 434 N - Point G: 217 N **Member Forces Calculation** The goal is to determine the member forces in BC, CI, and IJ in kilonewtons (kN). Below the diagram, there is an input section for calculating these forces: - **F<sub>BC</sub>**: - Magnitude (kN) - Sense (Tension/Compression) - **F<sub>CI</sub>**: - Magnitude (kN) - Sense (Tension/Compression) - **F<sub>IJ</sub>**: - Magnitude (kN) - Sense (Tension/Compression) This educational section provides users with the opportunity to practice analyzing truss structures and calculating member forces based on the known external loads and geometry.
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