Refer to Figure 03.24. Given that H, = 300 mm, H2 = 500 mm, and ly - 600 mm and that at z = 200 mm, l1 - 500 mm. It is required to determine li at z = 600 mm. The following general equations may be useful: kre=H/[(H/k1) + (Hz/kız) + ... + (H./k..)] - (1/H) kw H, + ki2 H2 + ... + k H.) a) What is the ratio ki/ky? b) What is the value of h at z = 600 mm? c) If k, = 5 x 106 cm/s, what is the equivalent k of soils 1 and 2? Water supply B Figure 03.24 Refer to Figure 03.24. Given that H1 = 300 mm, H2 = 500 mm, and = 600 mm,and that at z = 200 mm, Ih 500 mm. It is required to determine lt at z = 600mm.The following general equations may be useful:kney = H/[ (H1/km) + (H2/k2) + ... + (Hn/ kru)].kn ey = (1/H)[ km Hi + kia H2 + ... + khn H, )a) What is the ratio ki/k2?b) What is the value of lh at z = 600 mm?c) If k = 5 x 104 cm/s, what is the equivalent k of soils 1 and 2?WatersupplySoil 1kiSoil 2Figure 03.24

H1=300mm H2=500mm h1=600mm z=200mm h=500mm

Answered: Refer to Figure 03.24. Given that H1 =…

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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Refer to Figure 03.24. Given that H, = 300 mm, H2 = 500 mm, and ly - 600 mm and that at z = 200 mm, l1 - 500 mm. It is required to determine li at z = 600 mm. The following general equations may be useful: kre=H/[(H/k1) + (Hz/kız) + ... + (H./k..)] - (1/H) kw H, + ki2 H2 + ... + k H.) a) What is the ratio ki/ky? b) What is the value of h at z = 600 mm? c) If k, = 5 x 106 cm/s, what is the equivalent k of soils 1 and 2? Water supply B Figure 03.24

Refer to Figure 03.24. Given that H1 = 300 mm, H2 = 500 mm, and = 600 mm,
and that at z = 200 mm, Ih 500 mm. It is required to determine lt at z = 600
mm.
The following general equations may be useful:
kney = H/[ (H1/km) + (H2/k2) + ... + (Hn/ kru)].
kn ey = (1/H)[ km Hi + kia H2 + ... + khn H, )
a) What is the ratio ki/k2?
b) What is the value of lh at z = 600 mm?
c) If k = 5 x 104 cm/s, what is the equivalent k of soils 1 and 2?
Water
supply
Soil 1
ki
Soil 2
Figure 03.24

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