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A road section is 600 m long (20 Stations). The cut and fill volumes are to be computed between each station. The table below lists the station numbers, the end area values (m?) between each station that are in cut (column 2) and that are in fill (column 3). Material in a fill section will consolidate (known as shrinkage), and for this road section, is 10 percent. Determine the accumulated volumes? End Area (m?) 1 2 3 Station Cut Fill 18 1 2 50 97 130 4 51 5 40 45 45 20 7 80 5 8 122 2 130 10 140 100 3 12 80 30 13 75 20 1.

A road section is 600 m long (20 Stations). The cut and fill volumes are to be computed between each station. The table below lists the station numbers, the end area values (m?) between each station that are in cut (column 2) and that are in fill (column 3). Material in a fill section will consolidate (known as shrinkage), and for this road section, is 10 percent. Determine the accumulated volumes? End Area (m?) 1 2 3 Station Cut Fill 18 1 2 50 97 130 4 51 5 40 45 45 20 7 80 5 8 122 2 130 10 140 100 3 12 80 30 13 75 20 1.

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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A road section is 600 m long (20 Stations). The cut and fill volumes are to be computed between each station. The table below lists the station numbers, the end area values (m?) between each station that are in cut (column 2) and that are in fill (column 3). Material in a consolidate (known shrinkage), and for this road section, is 10 fill section will as percent. Determine the accumulated volumes? End Area (m2) 1 3 Station Cut Fill 3 18 1 2 50 2 97 4 130 4 8 51 40 45 6. 45 20 7 80 8 122 2 130 10 140 11 100 12 80 30 13 75 20 14 50 50 15 20 80 16 10 100 17 120 18 120 19 40 50 20 30 30
Transcribed Image Text:A road section is 600 m long (20 Stations). The cut and fill volumes are to be computed between each station. The table below lists the station numbers, the end area values (m?) between each station that are in cut (column 2) and that are in fill (column 3). Material in a consolidate (known shrinkage), and for this road section, is 10 fill section will as percent. Determine the accumulated volumes? End Area (m2) 1 3 Station Cut Fill 3 18 1 2 50 2 97 4 130 4 8 51 40 45 6. 45 20 7 80 8 122 2 130 10 140 11 100 12 80 30 13 75 20 14 50 50 15 20 80 16 10 100 17 120 18 120 19 40 50 20 30 30
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