Which of the following form an ideal solution | vedclass

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(B) Ideal solutions are those that obey Raoult's law at all temperatures and concentrations.In these solutions,the solute-solute,solvent-solvent,and s

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$I, II$ and $III$

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(B) Ideal solutions are those that obey Raoult's law at all temperatures and concentrations.In these solutions,the solute-solute,solvent-solvent,and solute-solvent interactions are nearly identical.$I$. Chloroethane and bromoethane have similar structures and polarities,forming an ideal solution.$II$. Benzene and toluene have similar structures and intermolecular forces,forming an ideal solution.$III$. $n$-hexane and $n$-heptane are homologous alkanes with similar intermolecular forces,forming an ideal solution.$IV$. Phenol and aniline form a non-ideal solution showing negative deviation from Raoult's law due to strong hydrogen bonding between phenol and aniline molecules,resulting in $\Delta H_{mix} Therefore,$I, II$ and $III$ form an ideal solution.

Which of the following form an ideal solution?
$I$. Chloroethane and bromoethane
$II$. Benzene and toluene
$III$. $n$-hexane and $n$-heptane
$IV$. Phenol and aniline

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Which of the following form an ideal solution?$I$. Chloroethane and bromoethane$II$. Benzene and toluene$III$. $n$-hexane and $n$-heptane$IV$. Phenol and aniline