An ideal solution has two components Aand B. If A is more volatile than B and also `P_(A)^@ gt P_(T)`, then the correct relation between mole fraction of A in liquid `(X)` and vapour `(Y)` phase is :

An ideal solution has two components A and B. If A is more volatile than B and P_(A)^@ gt P_(T) , then the correct relation between mole fractions of A in liquid phase (X) and in vapour phase (Y) is:

An ideal solution has two components A and B. A is More volatile than B, i.e., p_A^0 gt p_B^0 and also p_A^0gt P_("total") . If x_A and y_A are mole fractions of components A in liquid and vapour phases, then:

An ideal solution has two components A is more volatile than B, i.e. P_A^(@)gtP_B^(@) and also p_A^(@) gt P_("total") . If X_(A) andY_(A) are mole fraction of components A in liquid and vapour phases, than :

An ideal solution has two components A is more volatile than B, i.e. P_A^(@)gtP_B^(@) and also P_A^(@) gt P_("total") . If X_(A) andY_(A) are mole fraction of components A in liquid and vapour phases, than :

An ideal solution has two components A is more volatile than B, i.e. P_A^(@)gtP_B^(@) and also p_A^(@) gt P_("total") . If X_(A) andY_(A) are mole fraction of components A in liquid and vapour phases, than :

For an ideal binary liquid solutions with P_(A)^(@)gtP_(B)^(@) , which relation between X_(A) (mole fraction of A in liquid phase) and Y_(A) (mole fraction of A in vapour phase) is correct:

For an ideal binary liquid solutions with P_(A)^(@)gtP_(B)^(@) , which relation between X_(A) (mole fraction of A in liquid phase) and Y_(A) (mole fraction of A in vapour phase) is correct:

If two substances A and B have p_(A)^(@): p_(B)^(@) = 1:2 and have mole fraction in solution as 1:2 then mole fraction of A in vapour phase is