3.) ( 9 points) A constant head test is performed on a layered soil (shown in figure). If $25%$ of the total head loss ( $? H_{T}$ (from 1 to 4) ) occurs in Soil A, $50%$ occurs in Soil B, and the last $25%$ of the total head loss occurs in Soil C. Determine: a.) Total, pressure, and elevation heads at points 1, 2, and 3 Ss of head uB: $O P_{0} = 8$ devation -3 : oft in phead = $h_{p} A = 6 ft (w$ loses of head in $A$ : $16 \times \frac{25}{100} = 4$ loses of elevation from $?$ loses in phead: $4 ? 2$ Datum@4

Question

3.) ( 9 points) A constant head test is performed on a layered soil (shown in figure). If

25%

of the total head loss (

? H_{T}

(from 1 to 4) ) occurs in Soil A,

50%

occurs in Soil B, and the last

25%

of the total head loss occurs in Soil C. Determine: a.) Total, pressure, and elevation heads at points 1, 2, and 3 Ss of head uB:

O P_{0} = 8

devation -3 : oft in phead =

h_{p} A = 6 ft (w

loses of head in

A

:

16 \times \frac{25}{100} = 4

loses of elevation from

?

loses in phead:

4 ? 2

Datum@4

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Solution for -  3.) ( 9 points) A constant head test is performed on a layered soil (shown in figure). If 25% of th

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This an additional answer to -  3.) ( 9 points) A constant head test is performed on a layered soil (shown in figure). If 25% of th

(Solved): 3.) ( 9 points) A constant head test is performed on a layered soil (shown in figure). If 25% of th ...