The azeotropic mixture of water \[(b.p{{.100}^{o}}C)\] and \[HCl\,(b.p.\,{{85}^{o}}C)\] boils at \[{{108.5}^{o}}C\]. When this mixture is distilled it is possible to obtain [IIT 1981]

Pure water as well as pure \[HCl\]

Neither \[HCl\] nor \[{{H}_{2}}O\] in their pure states

The azeotropic mixture of water \[(b.p{{.100}^{o}}C)\] and \[HCl\,(b.p

1.	The azeotropic mixture of water \[(b.p{{.100}^{o}}C)\] and \[HCl\,(b.p.\,{{85}^{o}}C)\] boils at \[{{108.5}^{o}}C\]. When this mixture is distilled it is possible to obtain [IIT 1981]
A.	Pure \[HCl\]
B.	Pure water
C.	Pure water as well as pure \[HCl\]
D.	Neither \[HCl\] nor \[{{H}_{2}}O\] in their pure states
Answer» E.

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The azeotropic mixture of water \[(b.p{{.100}^{o}}C)\] and \[HCl\,(b.p.\,{{85}^{o}}C)\] boils at \[{{108.5}^{o}}C\]. When this mixture is distilled it is possible to obtain [IIT 1981]

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