The azeotropic mixture of water boiling point (100.15° C ) and HCl ( BP =-85° C ) boils at 108.5° C. When this mixture is distilled, it is possible to obtain :-

Question

The azeotropic mixture of water boiling point (100.15° C ) and HCl ( BP =-85° C ) boils at 108.5° C. When this mixture is distilled, it is possible to obtain :- (A) Pure HCl (B) Pure water (C) Pure water as well as HCl (D) Neither HCl nor H2O in their pure state

Tardigrade Admin · Accepted Answer

Azeotropic mixture can not be separated by distillation

Q. The azeotropic mixture of water boiling point $(100.1 5^{\circ} C)$ and $H Cl (BP = - 8 5^{\circ} C)$ boils at $108. 5^{\circ} C$ . When this mixture is distilled, it is possible to obtain :-

Pure HCl

Pure water

Pure water as well as HCl

Neither HCl nor $H_{2} O$ in their pure state

Azeotropic mixture can not be separated by distillation

Q. The azeotropic mixture of water boiling point (100.15∘C) and HCl(BP=−85∘C) boils at 108.5∘C. When this mixture is distilled, it is possible to obtain :-

Pure HCl

Pure water

Pure water as well as HCl

Neither HCl nor H2​O in their pure state

Azeotropic mixture can not be separated by distillation

Q. The azeotropic mixture of water boiling point $(100.1 5^{\circ} C)$ and $H Cl (BP = - 8 5^{\circ} C)$ boils at $108. 5^{\circ} C$ . When this mixture is distilled, it is possible to obtain :-

Neither HCl nor $H_{2} O$ in their pure state