MCQOPTIONS
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MCQOPTIONS
This section includes 7 Mcqs, each offering curated multiple-choice questions to sharpen your Soil Mechanics knowledge and support exam preparation. Choose a topic below to get started.
| 1. |
The equilibrium equation in Z-direction in terms of effected stress for a saturated soil body is given by __________ |
| A. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}++ _w frac{ h}{ z}=0 ) |
| B. | ( frac{ _{xy}}{ x}+ frac{ _y{ }}{ y}+ frac{ _{zy}}{ z}+ _w frac{ h}{ z}=0 ) |
| C. | ( frac{ _{xz}}{ x}+ frac{ _{yz}}{ y}+ frac{ _z{ }}{ z}+ + _w frac{ h}{ z}=0 ) |
| D. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}=0 ) |
| Answer» D. ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}=0 ) | |
| 2. |
The equilibrium equation in Y-direction in terms of effected stress for a saturated soil body is given by __________ |
| A. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}+X=0 ) |
| B. | ( frac{ _{xy}}{ x}+ frac{ _y{ }}{ y}+ frac{ _{zy}}{ z}+ _w frac{ h}{ y}=0 ) |
| C. | ( frac{ _{xz}}{ x}+ frac{ _{yz}}{ y}+ frac{ _z{ }}{ z}+Z=0 ) |
| D. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}=0 ) |
| Answer» C. ( frac{ _{xz}}{ x}+ frac{ _{yz}}{ y}+ frac{ _z{ }}{ z}+Z=0 ) | |
| 3. |
The equilibrium equation in X-direction in terms of effected stress for a saturated soil body is given by __________ |
| A. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}=0 ) |
| B. | ( frac{ _{xy}}{ x}+ frac{ _y{ }}{ y}+ frac{ _{zy}}{ z}+ _w frac{ h}{ x}=0 ) |
| C. | ( frac{ _{xz}}{ x}+ frac{ _{yz}}{ y}+ frac{ _z{ }}{ z}+ _w frac{ h}{ x}=0 ) |
| D. | ( frac{ _x{ }}{ x}+ frac{ _{yx}}{ y}+ frac{ _{zx}}{ z}+ _w frac{ h}{ x}=0 ) |
| Answer» E. | |
| 4. |
The partial differential of normal stress in y-direction in terms of effective stress is given by __________ |
| A. | ( frac{ _z{ }}{ z} ) |
| B. | ( frac{ _z{ }}{ z}- _w frac{ h}{ z} ) |
| C. | ( frac{ _z{ }}{ z}+ _w frac{ h}{ z} ) |
| D. | ( frac{ _z{ }}{ z}* _w frac{ h}{ z} ) |
| Answer» D. ( frac{ _z{ }}{ z}* _w frac{ h}{ z} ) | |
| 5. |
The boundary condition equation for , where is the component of the surface force in z-direction per unit area is ___________ |
| A. | = <sub>y</sub> m+ <sub>yz</sub> n+ <sub>xy</sub> l |
| B. | = <sub>z</sub> n+ <sub>zx</sub> l+ <sub>zy</sub> m |
| C. | = <sub>x</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| D. | = <sub>y</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| Answer» C. = <sub>x</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n | |
| 6. |
The boundary condition equation for , where is the component of the surface force in y-direction per unit area is ___________ |
| A. | = <sub>y</sub> m+ <sub>yz</sub> n+ <sub>xy</sub> l |
| B. | = <sub>z</sub> n+ <sub>zx</sub> l+ <sub>zy</sub> m |
| C. | = <sub>x</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| D. | = <sub>y</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| Answer» B. = <sub>z</sub> n+ <sub>zx</sub> l+ <sub>zy</sub> m | |
| 7. |
The boundary condition equation for , where is the component of the surface force in x-direction per unit area is ___________ |
| A. | = <sub>y</sub> m+ <sub>yz</sub> n+ <sub>xy</sub> l |
| B. | = <sub>z</sub> n+ <sub>zx</sub> l+ <sub>zy</sub> m |
| C. | = <sub>x</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| D. | = <sub>y</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n |
| Answer» D. = <sub>y</sub> l+ <sub>yx</sub> m+ <sub>zx</sub> n | |