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The results of flow net analysis for a particular dam are as follows: • Number of flow channels = 6 Number of potential drops = 8 • Head of water lost = 4.5m Assuming that hydraulic conductivity of the soil is 0.0125 cm/sec, compute the seepage loss per meter length of dam per hour.

The results of flow net analysis for a particular dam are as follows: • Number of flow channels = 6 Number of potential drops = 8 • Head of water lost = 4.5m Assuming that hydraulic conductivity of the soil is 0.0125 cm/sec, compute the seepage loss per meter length of dam per hour.

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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1:55 PM - Quizzes Question 13 5 pts Problem Set 5 (PS5) The results of flow net analysis for a particular dam are as follows: • Number of flow channels = 6 • Number of potential drops = 8 • Head of water lost = 4.5m Assuming that hydraulic conductivity of the soil is 0.0125 cm/sec, compute the seepage loss per meter length of dam per hour. Note: Submit complete solution for PS4 Enter your numerical answers here rounded to two decimal places (round only at the final answer): Seepage loss (m/hr per meter of dam length) = Question 14 O pts
Transcribed Image Text:1:55 PM - Quizzes Question 13 5 pts Problem Set 5 (PS5) The results of flow net analysis for a particular dam are as follows: • Number of flow channels = 6 • Number of potential drops = 8 • Head of water lost = 4.5m Assuming that hydraulic conductivity of the soil is 0.0125 cm/sec, compute the seepage loss per meter length of dam per hour. Note: Submit complete solution for PS4 Enter your numerical answers here rounded to two decimal places (round only at the final answer): Seepage loss (m/hr per meter of dam length) = Question 14 O pts
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