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Water flows through three confined aquifers in a series as shown below. The piezoelectric head in the observation wells are located in the table. Determine the flowrate per unit width (ft2/day) within the aquifer to the tenths digit. Hint: Use Darcy's Law. This is just like the example from class governs flow in a confined aquifer. This h1 14 K1 K2 K3 33 -L1- -L2- -L3- h2 h1 = 168.8 ft h2 = 90.2 ft b = 38 ft K1= 85 ft/day K2 = 90 ft/day K3 = 97 ft/day L1=1503 ft L2 = 1467 ft L3 = 1261 ft Do not enter units, only the numeric answer.

Water flows through three confined aquifers in a series as shown below. The piezoelectric head in the observation wells are located in the table. Determine the flowrate per unit width (ft2/day) within the aquifer to the tenths digit. Hint: Use Darcy's Law. This is just like the example from class governs flow in a confined aquifer. This h1 14 K1 K2 K3 33 -L1- -L2- -L3- h2 h1 = 168.8 ft h2 = 90.2 ft b = 38 ft K1= 85 ft/day K2 = 90 ft/day K3 = 97 ft/day L1=1503 ft L2 = 1467 ft L3 = 1261 ft Do not enter units, only the numeric answer.

Fundamentals of Geotechnical Engineering (MindTap Course List)
Fundamentals of Geotechnical Engineering (MindTap Course List)
5th Edition
ISBN:9781305635180
Author:Braja M. Das, Nagaratnam Sivakugan
Publisher:Braja M. Das, Nagaratnam Sivakugan
Chapter7: Seepage
Section: Chapter Questions
Problem 7.1P
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Water flows through three confined aquifers in a series as shown below. The piezoelectric head in the observation wells are located in the table. Determine the flowrate per unit width (ft2/day) within the aquifer to the tenths digit. Hint: Use Darcy's Law. This is just like the example from class governs flow in a confined aquifer. This h1 14 K1 K2 K3 33 -L1- -L2- -L3- h2
Transcribed Image Text:Water flows through three confined aquifers in a series as shown below. The piezoelectric head in the observation wells are located in the table. Determine the flowrate per unit width (ft2/day) within the aquifer to the tenths digit. Hint: Use Darcy's Law. This is just like the example from class governs flow in a confined aquifer. This h1 14 K1 K2 K3 33 -L1- -L2- -L3- h2
h1 = 168.8 ft h2 = 90.2 ft b = 38 ft K1= 85 ft/day K2 = 90 ft/day K3 = 97 ft/day L1=1503 ft L2 = 1467 ft L3 = 1261 ft Do not enter units, only the numeric answer.
Transcribed Image Text:h1 = 168.8 ft h2 = 90.2 ft b = 38 ft K1= 85 ft/day K2 = 90 ft/day K3 = 97 ft/day L1=1503 ft L2 = 1467 ft L3 = 1261 ft Do not enter units, only the numeric answer.
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