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The azeotropic mixture of water (b.pt 10...

The azeotropic mixture of water (b.pt `100^(@)C`) and HCl (b.pt `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 pure HCl

D

Neither HCl nor `H_(2)O` in their pure states

Text Solution

Verified by Experts

The correct Answer is:
D
Azeotropic mixture is constant boiling mixture, it is not possible to separate the components of azeotropic mixture by boiling.
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Knowledge Check

  • The azetrophic mixture of water (b.pt. 100^(@)C ) and HCl (b.pt. 85^(@)C ) boils at 108.5^(@)C . What 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 `H_(2)O` in their pure states

  • The azeotropic mixture of water (B Pt 100^@C) and HCl (B. Pt 85^@ C) boils at 108 ^@C . When this mixture is distilled it is possible to obtain :

    A
    Pure HCl
    B
    Pure water
    C
    Pure water as well as pure HCl
    D
    Neither HCl nor `H_2O` in their pure states

  • The azeotropic mixture of water and HCl boils at 108.5^(@)C . When this mixture is distilled, it is possible to obtain

    A
    Pure HCl
    B
    Pure water
    C
    Neither pure HCl nor pure water
    D
    Both pure HCl and pure water