(b) Water level in a reservoir is dropped with the water withdrawal with an average inflow rate into the reservoir in a month. Precipitation increases the water volume with the losses due to seepage and evaporation in the reservoir for a month. According to given data in Table Q1-1, estimate the constant rate of withdrawal from a reservoir in a month of 30 days.

Structural Analysis
6th Edition
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Author:KASSIMALI, Aslam.
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Chapter2: Loads On Structures
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(b) Water level in a reservoir is dropped with the water withdrawal with an average
inflow rate into the reservoir in a month. Precipitation increases the water volume with
the losses due to seepage and evaporation in the reservoir for a month. According to
given data in Table Q1-1, estimate the constant rate of withdrawal from a reservoir in
a month of 30 days.
Q1
Transcribed Image Text:(b) Water level in a reservoir is dropped with the water withdrawal with an average inflow rate into the reservoir in a month. Precipitation increases the water volume with the losses due to seepage and evaporation in the reservoir for a month. According to given data in Table Q1-1, estimate the constant rate of withdrawal from a reservoir in a month of 30 days. Q1
Table Q1-1 (e): Reservoir data
17 km?
Reservoir size
Dropped reservoir level
Inflow
0.70 m
0.68 Mm³/day
29.8 mm
Average seepage loss
Precipitation on the reservoir
Evaporation
225 mm
135 mm
Transcribed Image Text:Table Q1-1 (e): Reservoir data 17 km? Reservoir size Dropped reservoir level Inflow 0.70 m 0.68 Mm³/day 29.8 mm Average seepage loss Precipitation on the reservoir Evaporation 225 mm 135 mm
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