Compute the average end volume Sta 25+00 2,875 2,502 3,336 Sta 25+75- 107' A₁ 125' (in cubic yards - yd³) using the figure below: 111' A2 131' elev = 102.9' elev = 95.4' elev = 102.5 elev = 94.8'

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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**Compute the Average End Volume**

Calculate the average end volume (in cubic yards - yd³) using the figure below:

---

The diagram shows two cross-sectional areas, A₁ and A₂, with measurements provided:

- **Area A₁**:
  - Width: 125 feet
  - Height: 107 feet
  - Elevation at baseline: 95.4 feet
  - Positioned at station 25+00

- **Area A₂**:
  - Width: 111 feet
  - Height: 131 feet
  - Elevation at baseline: 102.9 feet
  - Elevation at top: 102.5 feet
  - Elevation on inclination: 94.8 feet
  - Positioned at station 25+75

Both areas are shown with dashed lines indicating their boundaries. Elevations are marked at various points to indicate the height from a datum or baseline.

---

**Answer Choices:**

- ○ 2,875
- ○ 2,502
- ○ 3,336
- ○ 2,356

Select the correct average end volume from the options above.
Transcribed Image Text:**Compute the Average End Volume** Calculate the average end volume (in cubic yards - yd³) using the figure below: --- The diagram shows two cross-sectional areas, A₁ and A₂, with measurements provided: - **Area A₁**: - Width: 125 feet - Height: 107 feet - Elevation at baseline: 95.4 feet - Positioned at station 25+00 - **Area A₂**: - Width: 111 feet - Height: 131 feet - Elevation at baseline: 102.9 feet - Elevation at top: 102.5 feet - Elevation on inclination: 94.8 feet - Positioned at station 25+75 Both areas are shown with dashed lines indicating their boundaries. Elevations are marked at various points to indicate the height from a datum or baseline. --- **Answer Choices:** - ○ 2,875 - ○ 2,502 - ○ 3,336 - ○ 2,356 Select the correct average end volume from the options above.
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