The catchment of the reservoir is 30 km². Uniform precipitation of 0.75 cm/h for 4 hours was observed on a particular day. 60% of the runoff reached the reservoir. A river carrying a flow of 1.0 m³/s is taken from the reservoir. The rate of evaporation was 0.65 mm/h/m². Assuming seepage loss to be 40% of evaporation loss, find the change in reservoir level (in meters) for 8 hours in the next, if the water spread of the reservoir was 0.95 km². Round off to three (3) decimal places Add your answer

The catchment of the reservoir is 30 km². Uniform precipitation of 0.75 cm/h for 4 hours was observed on a particular day. 60% of the runoff reached the reservoir. A river carrying a flow of 1.0 m³/s is taken from the reservoir. The rate of evaporation was 0.65 mm/h/m². Assuming seepage loss to be 40% of evaporation loss, find the change in reservoir level (in meters) for 8 hours in the next, if the water spread of the reservoir was 0.95 km². Round off to three (3) decimal places Add your answer

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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The catchment of the reservoir is 30 km². Uniform precipitation of 0.75 cm/h for 4 hours was observed on a particular day. 60% of the
runoff reached the reservoir. A river carrying a flow of 1.0 m³/s is taken from the reservoir. The rate of evaporation was 0.65 mm/h/m².
Assuming seepage loss to be 40% of evaporation loss, find the change in reservoir level (in meters) for 8 hours in the next, if the water
spread of the reservoir was 0.95 km².
Round off to three (3) decimal places
Add your answer

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