For the soll deposition below, glven that

Layer $1$: ${}_d=110$ pcf

Layer $2$: ${}_{\text{s}\text{a}\text{t}}125$ pcf

Layer $3$: ${}_{\text{s}\text{a}\text{t}}128$ pof

$\backslash$table$[[H_1=,3$ ft$],[H_2=,6$ ft$],[H_3=,5$ ft$]]$

Finish the problems below.

Point $A$ :

$\backslash$table$[[-$ Total stress ${}_A=,$psf$],[-$ Porewater pressure $U_A=,$psf$],[-$ Effective stress ${}_A^{\text{'}}=,$psf$],[2)$ Point B:$],[-$ Total stress ${}_B=,$psf$],[-$ Porewater pressure $U_8=,$psf$],[-$ Effective stress ${}_B^{\text{'}}=,$psf$]]$

$3.)$ Point C:

$\backslash$table$[[-$ Total stress ${}_C=,,$psi$],[-$ Porewater pressure $U_C=,,$psi$],[-$ Effective stress ${}_C^{\text{'}}=,$psi,$],[4.)$ Point $D$:$,,],[-$ Total stress ${}_D=,,$psi$],[-$ Porewater pressure $U_D=,,$psi$],[-$ Effective stress ${}_D^{\text{'}}=,,$psi$]]$