The figure shows a layer of granular soil in a tank with an upward seepage by applying water through the valve at the bottom of the tank. The loss of head caused by upward seepage between the levels...

Ans. key : 1) 19.45 KPa. 2) 48.63 KPa 3) 1.37 kN/mThe figure shows a layer of granular soil in a<br>tank with an upward seepage by applying<br>water through the valve at the bottom of the<br>tank. The loss of head caused by upward<br>seepage between the levels of A and B is 0.70<br>m. and between levels A and C is 0.28 m.<br>The void ratio of the soil is 0.52 and its specific<br>gravity is 2.72.<br>O Compute the effective stress at C.<br>(2) Compute the effective stress at B.<br>3 Compute the upward seepage force per<br>unit volume.<br>

Extracted text: The figure shows a layer of granular soil in a tank with an upward seepage by applying water through the valve at the bottom of the tank. The loss of head caused by upward seepage between the levels of A and B is 0.70 m. and between levels A and C is 0.28 m. The void ratio of the soil is 0.52 and its specific gravity is 2.72. O Compute the effective stress at C. (2) Compute the effective stress at B. 3 Compute the upward seepage force per unit volume.
0.70m<br>0.28<br>Im<br>Hjo<br>A<br>2m<br>Soil (e-0.52)<br>3m<br>valve<br>open<br>In flow<br>

Extracted text: 0.70m 0.28 Im Hjo A 2m Soil (e-0.52) 3m valve open In flow

Jun 11, 2022
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