Azeotropic mixture of two liquids has boiling point higher than either of them when it

Question

Azeotropic mixture of two liquids has boiling point higher than either of them when it (A) is saturated solution (B) shows positive deviation from Raoults law (C) shows negative deviation from Raoults law (D) shows no deviation

Tardigrade Admin · Accepted Answer

Azeotropic mixture of two liquids has boiling point higher than either of them when it shows negative deviation from Raoults law. Then, the mixture will take time to boil, i.e. its boiling point will become more, e.g. HNO3 (68%) + water (32%).

Q. Azeotropic mixture of two liquids has boiling point higher than either of them when it

is saturated solution

shows positive deviation from Raoults law

shows negative deviation from Raoults law

shows no deviation

Azeotropic mixture of two liquids has boiling point higher than either of them when it shows negative deviation from Raoults law. Then, the mixture will take time to boil, i.e. its boiling point will become more, e.g. $H N O_{3}$ (68%) + water (32%).

Q. Azeotropic mixture of two liquids has boiling point higher than either of them when it

is saturated solution

shows positive deviation from Raoults law

shows negative deviation from Raoults law

shows no deviation

Azeotropic mixture of two liquids has boiling point higher than either of them when it shows negative deviation from Raoults law. Then, the mixture will take time to boil, i.e. its boiling point will become more, e.g. HNO3​ (68%) + water (32%).

Azeotropic mixture of two liquids has boiling point higher than either of them when it shows negative deviation from Raoults law. Then, the mixture will take time to boil, i.e. its boiling point will become more, e.g. $H N O_{3}$ (68%) + water (32%).