Assume that Mangla Reservoir has surface area of 39 sq. km in the beginning of a certain month and the water depth is 76.20 m for this whole surface of the lake. Further assume that sides of reservoir are nearly vertical. The reservoir received an average inflow of 226.50 cumec as a direct runoff in the same month, and direct precipitation of 125 mm. The outflow from the reservoir was 170 cumec and evaporation and seepage losses were estimated to be 113 mm during the month. Find out depth of reservoir at the end of that month and total increase or decrease in the storage.

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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Assume that Mangla Reservoir has surface area of 39 sq. km in the beginning of a
certain month and the water depth is 76.20 m for this whole surface of the lake.
Further assume that sides of reservoir are nearly vertical. The reservoir received
an average inflow of 226.50 cumec as a direct runoff in the same month, and
direct precipitation of 125 mm. The outflow from the reservoir was 170 cumec
and evaporation and seepage losses were estimated to be 113 mm during the
month. Find out depth of reservoir at the end of that month and total increase or
decrease in the storage.
Transcribed Image Text:Assume that Mangla Reservoir has surface area of 39 sq. km in the beginning of a certain month and the water depth is 76.20 m for this whole surface of the lake. Further assume that sides of reservoir are nearly vertical. The reservoir received an average inflow of 226.50 cumec as a direct runoff in the same month, and direct precipitation of 125 mm. The outflow from the reservoir was 170 cumec and evaporation and seepage losses were estimated to be 113 mm during the month. Find out depth of reservoir at the end of that month and total increase or decrease in the storage.
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