A canal and a stream run parallel to each other at a separation distance of 400 m. Both of them completely penetrate an unconfined aquifer (K = 3.0 m/day) located above a horizontal impervious bed. The aquifer forms the separation landmass between the two water bodies. The water surface elevations in the canal and the stream are 5.0 and 3.0. Find the the seepage discharge into the two water bodies Plot the water table.
A canal and a stream run parallel to each other at a separation distance of 400 m. Both of them completely penetrate an unconfined aquifer (K = 3.0 m/day) located above a horizontal impervious bed. The aquifer forms the separation landmass between the two water bodies. The water surface elevations in the canal and the stream are 5.0 and 3.0. Find the the seepage discharge into the two water bodies Plot the water table.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A canal and a stream run parallel to each other at a separation distance of 400 m. Both of them completely penetrate an unconfined aquifer (K = 3.0 m/day) located above a horizontal impervious bed. The aquifer forms the separation landmass between the two water bodies. The water surface elevations in the canal and the stream are 5.0 and 3.0.
Find the
- the seepage discharge into the two water bodies
- Plot the water table.
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