A mixture contains 1 mole of volatile liquid A`(P_(A)^(@)`=100mm Hg) and 3 moles of volatile liquid B `(P_(B)^(@)`=80 mm Hg). If solution behaves ideally, the total vapour pressure of the distillate is :

A mixture contains 1 mole of volatile liquid A ("P"_("A")^(0)=80"mm Hg"). and 3 moles of volatile liquid B ("P"_("A")^(0)=80"mm Hg"). If solution behaves ideally, the total vapour pressure of the distillate is

Two moles of pure liquid 'A' (P_(A)^(0)=80 mmof Hg) and 3 mole of pure liquid 'B' (P_(B)^(0)=120mm of Hg) are mixed . Assuming ideal behaviour

4 mole of pure liquid A (P_(A)^(0)=80mm of Hg) and 6 mole of pure liquid B (P_(B)^(0)=100mm of Hg) are mixed . The vapour pressure of the resulting solution is found to be 90 mm of Hg then

Total vapour pressure of mixture of 1 mole of volatile component A (P_(A)^(@)=100 mm Hg) and 3 mole of volatile component B (P_(B)^(@)=80 mm Hg) is 90 mm Hg . For such case :

Total vapour pressure of mixture of 1 mole of volatile component A (P_(A)^(@)=100 mm Hg) and 3 mole of volatile component B (P_(B)^(@)=80 mm Hg) is 90 mm Hg . For such case :

Total vapour pressure of mixture of 1 mol of volatile component A(P_(A^(@))=100mmHg) and 3 mol of volatile component B(P_(B^(@)=80 mmHg) is 75mm . For such case:

An ideal solution contains two volatile liquids A(P^(@)=100 torr) and B(P^(@)=200 torr). If mixture contain 1 mole of A and 4 mole of B then total vapour pressure of the distillate is :

An ideal solution contains two volatile liquids A(P^(@)=100 torr) and B(P^(@)=200 torr). If mixture contain 1 mole of A and 4 mole of B then total vapour pressure of the distillate is :

An ideal solution contains two volatile liquids A(P^(@)=100 torr) and B(P^(@)=200 torr). If mixture contain 1 mole of A and 4 mole of B then total vapour pressure of the distillate is :

Total vapour pressure of mixture of 1 mol of volatile component A( p_(A)^(@)=100 mm Hg) and 3 mol of volatile component B( p_(B)^(@) =60 mm Hg) is 75 mm. For such case: