11. A channel runs almost parallel to a river as shown in the figure. The water level in the river has an elevation of 36 m. and the elevation of the channel is 33 m. The river and channel are 600 m apart and a previous formation of the average thickness of 9 m and hydraulic conductivity of 0.80 m/hr joints them together.Compute the hydraulic gradientCompute the rate of seepage flow from the river to the channel per meter width in liters per day.If the seepage velocity is 0.048 m/day, compute the void ratio of the previous medium. elevation of the channel is 33 m. The river andchannel are 600 m. apart and a perviousformation of average thickness of 9 m. andhydraulic conductivity of 0.08 m/hr joins themtogether.El. 36 mEl. 33 m9 mPerviousMediunt-600 m-Riverur.Channel

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Answered: el is 33 m. The river and channel are…

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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11. A channel runs almost parallel to a river as shown in the figure. The water level in the river has an elevation of 36 m. and the elevation of the channel is 33 m. The river and channel are 600 m apart and a previous formation of the average thickness of 9 m and hydraulic conductivity of 0.80 m/hr joints them together.

Compute the hydraulic gradient
Compute the rate of seepage flow from the river to the channel per meter width in liters per day.
If the seepage velocity is 0.048 m/day, compute the void ratio of the previous medium.