Azeotropic mixtures are

Azeotropic mixtures can be separated by distillation of solution.

The boiling points of two miscible liquids, which do not form azeotropic mixture, are close to each other. Their separation is best carried out by :

Fill in the blanks with appropriate words. Azeotropic mixtures boil without change in their ___.Azeotropic mixtures exist in solutions showing ___ or ____ deviations. ____ solutions do not form azeotropes. Van't Hoff factor for an electrolyte is ___ than 1.

Why an azeotropic mixture gets distilled without any CHMange is composition ?

Azeotropic mixture of water and C_(2)H_(5)OH boils at 351 K. By distilling the mixture it is possible to obtain

If T_(1),T_(2) "and" T_(3) are boiling points of component A, Component B and azeotropic mixture then which of the following relation is correct for a minimum boiling azeotrope :-

Azeotropic mixture of water (B.P. = 100°C) and nitric acid (B P = 83°C) boils at 393.5 K During fractional distillation of mixture, it is possible to obtain

Compreshension-II In non-ideal solutions, at one of the intermediate compostions, the total vapour pressure is highest and the boiling point is lowest. At this point, the composition of the liquid and vapour phase is same. So, if liquid mixture vapouriese at this point and vapours are condensed, the condensate contains same compositon as present in original liquid mixture. it means at this point liquid behaves like a pure liquid and is called an Azeotropic mixture. A and B forms non-ideal solution showing positive deviation. Boiling point of pure A and B is 350 K and 380 K respectively. The solution will bpoil at (approximate)

Among the following solutions, the one capable of forming azeotropic mixtures is:

In any binary azeotropic mixture :-