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Compute the average-end area volume of the figure below. round answer to nearest whole cubic yard (yd³) Example answer: 970 Average-End Area Volume: Sta 5+25 Sta 5+50 80' A1 150' 100' A2 140 elev= 1020.0 elev = 1002.0 elev 1018.0 elev= 1000.0

Compute the average-end area volume of the figure below. round answer to nearest whole cubic yard (yd³) Example answer: 970 Average-End Area Volume: Sta 5+25 Sta 5+50 80' A1 150' 100' A2 140 elev= 1020.0 elev = 1002.0 elev 1018.0 elev= 1000.0

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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**Compute the average-end area volume of the figure below.** Round your answer to the nearest whole cubic yard (yd³). **Example answer:** 970 --- **Average-End Area Volume:** The image contains a diagram illustrating two end areas, labeled \( A_1 \) and \( A_2 \), with dimensions: - \( A_1 \) extends over 150 feet with elevation levels ranging from 1002.0 to 1020.0 feet. - \( A_2 \) extends over 100 feet with elevation levels ranging from 1000.0 to 1018.0 feet. Key measurements and features include: - Station 5+25 and Station 5+50. - Distance of 80 feet between the areas. - Elevations and dimensions are marked in green and blue, respectively. - The blue dashed lines indicate boundaries and transitions between elevations. This diagram is used to calculate volumes using the average-end area method in civil engineering and land surveying, which helps determine the volume of material cut or filled in construction projects.
Transcribed Image Text:**Compute the average-end area volume of the figure below.** Round your answer to the nearest whole cubic yard (yd³). **Example answer:** 970 --- **Average-End Area Volume:** The image contains a diagram illustrating two end areas, labeled \( A_1 \) and \( A_2 \), with dimensions: - \( A_1 \) extends over 150 feet with elevation levels ranging from 1002.0 to 1020.0 feet. - \( A_2 \) extends over 100 feet with elevation levels ranging from 1000.0 to 1018.0 feet. Key measurements and features include: - Station 5+25 and Station 5+50. - Distance of 80 feet between the areas. - Elevations and dimensions are marked in green and blue, respectively. - The blue dashed lines indicate boundaries and transitions between elevations. This diagram is used to calculate volumes using the average-end area method in civil engineering and land surveying, which helps determine the volume of material cut or filled in construction projects.
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