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Which is true about ideal solutions?

$\begin{array}{1 1}(a)\;\text{the enthalpy of mixing is zero}\\(b)\;\text{the volume of mixing is zero}\\(c)\;\text{none of these}\\(d)\;\text{(a) and (b)}\end{array}$

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  • The concept of an ideal solution depends on the use of its colligative properties.
  • An ideal solution is a solution in which the enthalpy of solution is zero. $\Delta H_{solution} = 0$. The more the change in enthalpy is near zero, the more it is ideal.
  • If the enthalpy of mixing is zero, the change in Gibbs energy of mixing can be determined by the change in entropy.. Therefore, $\Delta S =0$
Since, for an ideal solution, $\Delta S =0 $, there is no change in volume. $\Delta V=0$
$\Delta H=0$
$\Delta V=0$
Hence (d) is the correct answer.
answered Feb 14, 2014 by sreemathi.v
edited Jul 20, 2014 by mosymeow_1

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