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(A) Fractional distillation is used to separate mixtures of miscible liquids that have a significant difference in their boiling points.$A$. Benzene (

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Benzene $-$ Toluene

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(A) Fractional distillation is used to separate mixtures of miscible liquids that have a significant difference in their boiling points.$A$. Benzene (boiling point $\approx 80.1 \ ^{\circ}C$) and Toluene (boiling point $\approx 110.6 \ ^{\circ}C$) form an ideal solution and can be separated by fractional distillation.$B$,$C$,and $D$ form azeotropic mixtures (constant boiling mixtures) at certain compositions,which makes them difficult to separate into pure components by simple fractional distillation.

Which one of the following mixtures can be separated into pure components by fractional distillation?

Similar Questions

Given below are two statements:
Statement $(I)$: $1,2,3$-Trihydroxypropane can be separated from water by simple distillation.
Statement $(II)$: An azeotropic mixture cannot be separated by fractional distillation.

What is the approximate percentage by mass of aqueous $HNO_3$ that can be obtained by distillation (in $\%$)?

Which of the following mixtures is known as rectified spirit?

Rectified spirit obtained by fermentation contains $4.5 \%$ of water. To remove this water,rectified spirit is mixed with a suitable quantity of benzene and heated. Benzene helps because:

Absolute ethanol cannot be obtained by simple fractional distillation of a solution of ethanol and water because:

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