1- A layer of soil shown has the following data:
k_(1)=2\times 10^(-2)c(m)/(sec,d_(1))=3m k_(2)=3.2\times 10^(-2)c(m)/(sec,d_(2))=4m k_(3)=4.1\times 10^(-2)c(m)/(sec,d_(3))=6m V=Kx\xi
a) Compute the equivelant coefficient of permeability in the vertical condition. (30p) b) Compute the velocity of flow if
h=4m
. (30p) c) Compute the value of
h_(2)
if
h=4m
. (40p)

Question

1- A layer of soil shown has the following data:

k_(1)=2\times 10^(-2)c(m)/(sec,d_(1))=3m
k_(2)=3.2\times 10^(-2)c(m)/(sec,d_(2))=4m
k_(3)=4.1\times 10^(-2)c(m)/(sec,d_(3))=6m
V=Kx\xi

a) Compute the equivelant coefficient of permeability in the vertical condition. (30p) b) Compute the velocity of flow if

h=4m

. (30p) c) Compute the value of

h_(2)

if

h=4m

. (40p)

Accepted Answer

Expert Answer to - 1- A layer of soil shown has the following data: k_(1)=2 times 10^(-2)c(m)/(sec,d_(1))=3m k_(2)=3.2

Answer

Solution for - 1- A layer of soil shown has the following data: k_(1)=2 times 10^(-2)c(m)/(sec,d_(1))=3m k_(2)=3.2

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This an additional answer to - 1- A layer of soil shown has the following data: k_(1)=2 times 10^(-2)c(m)/(sec,d_(1))=3m k_(2)=3.2

(Solved): 1- A layer of soil shown has the following data: k_(1)=2\times 10^(-2)c(m)/(sec,d_(1))=3m k_(2)=3.2\ ...