Given at 350 K, `P_(A)^(@)` = 300 torr and `P_(B)^(@)`=800 torr the composition of the mixture having a normal boiling point of 350 K is :

Given at 350Kp_(A)^@=300 "torr" and p_(B)^@=800 "torr" the composition of the mixture having a normal boiling point of 350K is

Given at 350Kp_(A)^@=300 "torr" and p_(B)^@=800 "torr" the composition of the mixture having a normal boiling point of 350K is

For a mixture of two volatile , completely miscible liquids A and B , with P_(A)^(@)=500 " torr and " P_(B)^(@)=800 torr , what is the composition of last droplet of liquid remaining in equilibrium with vapour ? Provided the initial ideal solution has a composition of x_(A) = 0.6 and x_(B)=0.4

For a mixture of two volatile , completely miscible liquids A and B , with P_(A)^(@)=500 " torr and " P_(B)^(@)=800 torr , what is the composition of last droplet of liquid remaining in equilibrium with vapour ? Provided the initial ideal solution has a composition of x_(A) = 0.6 and x_(B)=0.4

1 mole of liquid A and 9 moles of liquid B are mixed to form a solution. If "P"_("B")^(@)=400"mm" of Hg and "P"_("A")^(@)=20 "mm" of Hg at a temperature 'T' and normal boiling point of liquid B is 300K then answer the questions that follow. Given data: "K"_("b")=2.7"K kg mol"^(-1), Molar mass of B=100 It is observed that pressure of vapour above the solution at 'T' Kelvin is 350 mm Hg. The true statement is :

If two liquids A(P_(A)^(@)=100 torr) and B(P_(B)^(@)=200 torr) are completely immiscible with each other, each one will behave independently of the other, are present in a closed vessel. The total vapour pressure of the system will be:

If two liquids A(P_(A)^(@)=100 torr) and B(P_(B)^(@)=200 torr) are completely immiscible with each other, each one will behave independently of the other, are present in a closed vessel. The total vapour pressure of the system will be:

What is the mole ration of benzene (P_(B)^(@) =150 torr) and toluene (P_(T)^(@) =50 torr) in vapour phase if the given solution has a vapour pressure of 120 torr?