TIME (hours)Infiltration Capacity(mm/hr)0.30130.5590.8071.056.1.305.51.555.251.805.1252.05derive the parameters fo, fc and k using the data above.a.b.Estimate the total amount of water that will infiltrate into the soil during a rainstorm withduration of 30 mins and a constant intensity of 30mm/hr. 4- The relation between infiltration capacity in mm/hour and the time (in hours) since the startof the experiment as measured with an infiltrometer is depicted below. The relationship maybe described with the empirical formula of Horton, where f fe and fo in mm/h, t in min and k inmin1.shin

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TIME (hours) Infiltration Capacity (mm/hr) 0.30 13 0.55 9. 0.80 7 1.05 6. 1.30 5.5 1.55 5.25 1.80 5.125 2.05 a. derive the parameters fo, fe and k using the data above. b. Estimate the total amount of water that will infiltrate into the soil during a rainstorm with duration of 30 mins and a constant intensity of 30mm/hr.

TIME (hours) Infiltration Capacity (mm/hr) 0.30 13 0.55 9. 0.80 7 1.05 6. 1.30 5.5 1.55 5.25 1.80 5.125 2.05 a. derive the parameters fo, fe and k using the data above. b. Estimate the total amount of water that will infiltrate into the soil during a rainstorm with duration of 30 mins and a constant intensity of 30mm/hr.

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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