**Determine the Values of Shear (V) and Moment (M) at the Following Locations:** **(A)** Immediately to the left of D **(B)** Immediately to the right of D **(C)** Immediately to the right of F **Diagram Explanation:** The diagram depicts a horizontal beam supported at points A and F. It extends a total of 11 meters from A to F with various loads and moments applied. - **Point A** is a support on the left-hand side. - The beam has point loads applied as follows: - A 6 kN downward force at point C, located 2 meters from A. - An 8 kN downward force at point E, located 6 meters from A. - A 2 kN upward force at point B, located 11 meters from A. - There are moments applied as follows: - A 12 kN·m counterclockwise moment at D, located 4 meters from A. - A 10 kN·m clockwise moment at B, located 11 meters from A. - Point D and point F are located 4 meters and 10 meters from A, respectively, with D positioned between the moments and load. **Spacing:** - The distances between adjacent points are labeled below the beam as follows: - 2 meters between A and C - 2 meters between C and D - 2 meters between D and E - 2 meters between E and F - 3 meters between F and B The task is to determine the shear force (V) and bending moment (M) at the specified points along the beam.
**Determine the Values of Shear (V) and Moment (M) at the Following Locations:** **(A)** Immediately to the left of D **(B)** Immediately to the right of D **(C)** Immediately to the right of F **Diagram Explanation:** The diagram depicts a horizontal beam supported at points A and F. It extends a total of 11 meters from A to F with various loads and moments applied. - **Point A** is a support on the left-hand side. - The beam has point loads applied as follows: - A 6 kN downward force at point C, located 2 meters from A. - An 8 kN downward force at point E, located 6 meters from A. - A 2 kN upward force at point B, located 11 meters from A. - There are moments applied as follows: - A 12 kN·m counterclockwise moment at D, located 4 meters from A. - A 10 kN·m clockwise moment at B, located 11 meters from A. - Point D and point F are located 4 meters and 10 meters from A, respectively, with D positioned between the moments and load. **Spacing:** - The distances between adjacent points are labeled below the beam as follows: - 2 meters between A and C - 2 meters between C and D - 2 meters between D and E - 2 meters between E and F - 3 meters between F and B The task is to determine the shear force (V) and bending moment (M) at the specified points along the beam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:**Determine the Values of Shear (V) and Moment (M) at the Following Locations:**
**(A)** Immediately to the left of D
**(B)** Immediately to the right of D
**(C)** Immediately to the right of F
**Diagram Explanation:**
The diagram depicts a horizontal beam supported at points A and F. It extends a total of 11 meters from A to F with various loads and moments applied.
- **Point A** is a support on the left-hand side.
- The beam has point loads applied as follows:
- A 6 kN downward force at point C, located 2 meters from A.
- An 8 kN downward force at point E, located 6 meters from A.
- A 2 kN upward force at point B, located 11 meters from A.
- There are moments applied as follows:
- A 12 kN·m counterclockwise moment at D, located 4 meters from A.
- A 10 kN·m clockwise moment at B, located 11 meters from A.
- Point D and point F are located 4 meters and 10 meters from A, respectively, with D positioned between the moments and load.
**Spacing:**
- The distances between adjacent points are labeled below the beam as follows:
- 2 meters between A and C
- 2 meters between C and D
- 2 meters between D and E
- 2 meters between E and F
- 3 meters between F and B
The task is to determine the shear force (V) and bending moment (M) at the specified points along the beam.
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