Directions: In the following questions, \[\alpha \] stands for equal to, \[\beta \] for greater than, \[\gamma \] for less than and \[\delta \] for not equal to. If ax \[\gamma \] by, \[\text{bx }\!\!\alpha\!\!\text{ cz}\]and\[{{\text{b}}^{\text{2}}}\text{ }\alpha \text{ ac}\], then

Directions: In the following questions, \[\alpha \] stands for equal t

1.	Directions: In the following questions, \[\alpha \] stands for equal to, \[\beta \] for greater than, \[\gamma \] for less than and \[\delta \] for not equal to. If ax \[\gamma \] by, \[\text{bx }\!\!\alpha\!\!\text{ cz}\]and\[{{\text{b}}^{\text{2}}}\text{ }\alpha \text{ ac}\], then
A.	\[y\beta z\]
B.	\[y\gamma z\]
C.	\[av\,\alpha \,cz\]
D.	\[cx\,\alpha \,abz\]
Answer» B. \[y\gamma z\]

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Directions: In the following questions, \[\alpha \] stands for equal to, \[\beta \] for greater than, \[\gamma \] for less than and \[\delta \] for not equal to. If ax \[\gamma \] by, \[\text{bx }\!\!\alpha\!\!\text{ cz}\]and\[{{\text{b}}^{\text{2}}}\text{ }\alpha \text{ ac}\], then

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