1. For the soil system presented below, calculate and draw diagrams of distributions of the total and effective stresses and pore water pressure. Assume a downward water flow with a velocity of 0.000,008 cm/s.

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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Answer 41

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

Answer 46

where is the equation to solve for G coming from? 17.4 = (9.81(G+0.45*G*0.4))/(1+0.45*G)

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1. For the soil system presented below, calculate and draw diagrams of distributions of the total and effective stresses and pore water pressure. Assume a downward water flow with a velocity of 0.000,008 cm/s.

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