In a small catchment the infiltration rate was observed to be 10 cm/h at the beginning of the rain and it decreased exponentially to an equilibrium value of 1.0 cm/h at the end of 9 hours of rain. If a total of 18 cm of water infiltered during 9 hours interval, the value of the decay constant Kh , in Horton's infiltration equation in (h-1) units is In a small catchment the infiltration rate was observed to be 10 cm/h at the beginning ofthe rain and it decreased exponentially to an equilibrium value of 1.0 cm/h at the end of9 hours of rain. If a total of 18 cm of water infiltered during 9 hours interval, the value ofthe decay constant K, in Horton's infiltration equation in (h) units isA0.1B0.51.0D) 2.0

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Answered: In a small catchment the infiltration…

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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In a small catchment the infiltration rate was observed to be 10 cm/h at the beginning of the rain and it decreased exponentially to an equilibrium value of 1.0 cm/h at the end of 9 hours of rain. If a total of 18 cm of water infiltered during 9 hours interval, the value of the decay constant Kh , in Horton's infiltration equation in (h-1) units is

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