Which of the following liquid pairs does not | vedclass

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(D) When two liquids are mixed,if the intermolecular forces of attraction between the components are weaker than the forces in the pure components,the

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$H_2O + C_2H_5OH$

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(D) When two liquids are mixed,if the intermolecular forces of attraction between the components are weaker than the forces in the pure components,the mixture shows positive deviation from Raoult's law. In such cases,the volume of the solution increases $(V_{mix} > 0)$.Conversely,if the forces are stronger (e.g.,due to hydrogen bonding),the mixture shows negative deviation,resulting in contraction in volume $(V_{mix} $CHCl_3 + CH_3COCH_3$ forms hydrogen bonds between the chloroform hydrogen and the acetone oxygen,leading to negative deviation and contraction.$H_2O + HCl$ and $H_2O + HNO_3$ show strong interactions due to ionization and hydrogen bonding,leading to contraction.$H_2O + C_2H_5OH$ forms a mixture that exhibits positive deviation from Raoult's law because the hydrogen bonding between water and ethanol is weaker than the hydrogen bonding in pure water,leading to an increase in volume rather than contraction.

Which of the following liquid pairs does not show contraction in volume on mixing?

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