For the structure shown, there are pins at A, B, and C. With a neat, labeled free body diagram of bar BC and the L-shaped bar separately:1. Determine the support reactions at A.2. Determine the reactions at B and C. What is the bar BC called?**Diagram Explanation:**- The image shows a structure with an L-shaped bar and bar BC.- A downward force of 2 kN is applied at the right end of the horizontal bar.- A torque of 3 kN-m is applied clockwise at the top corner.- A force of 3 kN is applied at a 25-degree angle from the horizontal to the left.- Support distances are labeled: - Vertical distance from A to B is 700 mm. - Horizontal distance from A to C is 250 mm. - Horizontal distance from C to the bar along the horizontal is 150 mm. - Horizontal distance from B directly left is 500 mm. - Vertical component from the horizontal bar to the 2 kN force is 300 mm. This diagram is used to analyze the structural load and reactions at the pins A, B, and C. Bar BC is often considered a link or tie in such configurations.

Let the horizontal and vertical components of support reactions at 'A', 'B' ,'C' be: AH, AV, BH, BV,…

For the structure shown, there are pins at A, B and C. With a neat, labeled free body diagram of bar BC and the L-shaped bar separately, 1. Determine the support reactions at A, 2. Determine the reactions at B and C. What is the bar BC called?

For the structure shown, there are pins at A, B and C. With a neat, labeled free body diagram of bar BC and the L-shaped bar separately, 1. Determine the support reactions at A, 2. Determine the reactions at B and C. What is the bar BC called?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

For the structure shown, there are pins at A, B, and C. With a neat, labeled free body diagram of bar BC and the L-shaped bar separately:

1. Determine the support reactions at A.
2. Determine the reactions at B and C. What is the bar BC called?

**Diagram Explanation:**

- The image shows a structure with an L-shaped bar and bar BC.
- A downward force of 2 kN is applied at the right end of the horizontal bar.
- A torque of 3 kN-m is applied clockwise at the top corner.
- A force of 3 kN is applied at a 25-degree angle from the horizontal to the left.
- Support distances are labeled:
- Vertical distance from A to B is 700 mm.
- Horizontal distance from A to C is 250 mm.
- Horizontal distance from C to the bar along the horizontal is 150 mm.
- Horizontal distance from B directly left is 500 mm.
- Vertical component from the horizontal bar to the 2 kN force is 300 mm.

This diagram is used to analyze the structural load and reactions at the pins A, B, and C. Bar BC is often considered a link or tie in such configurations.

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