A = 1000 mm a = 40 mm² h, = 500mm h, = 300mm 1000x 20 500 log 10 300 K = 2.303- 40 x180 K = 1.42 cm/sec Hence hydraulic conductivity in cm/s is 1.42. Step3 c) Head difference at time t =100sec AL h K = 2.303- log 10 (i) at L = 200 mm = 20 cm t=100 sec A = 1000 mm² a = 40 mm h = 500mm h, = h =? K = 1.42 cm/s 1000 x 20 500 -log10 h 1.42 = 2.303 40 x 100 Calculate above equation with the help of scientific calculator 1.42 x 40x 100 500 log10 h 2.303x1000x 20 h =376.4 mm

A = 1000 mm a = 40 mm² h, = 500mm h, = 300mm 1000x 20 500 log 10 300 K = 2.303- 40 x180 K = 1.42 cm/sec Hence hydraulic conductivity in cm/s is 1.42. Step3 c) Head difference at time t =100sec AL h K = 2.303- log 10 (i) at L = 200 mm = 20 cm t=100 sec A = 1000 mm² a = 40 mm h = 500mm h, = h =? K = 1.42 cm/s 1000 x 20 500 -log10 h 1.42 = 2.303 40 x 100 Calculate above equation with the help of scientific calculator 1.42 x 40x 100 500 log10 h 2.303x1000x 20 h =376.4 mm

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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