At 35^oC, the vapour pressure of CS₂ is 512 mm. Hg and that of acetone is 344 mm Hg. A solution of CS₂ in acetone has a total vapour pressure of 600 mm Hg. The false statement amongst the following is :

As the vapour pressure of mixture increases so the force of attraction of mixture is less than the individual component. <br><br>Since the vapour pressure of the solution is greater than individual vapour pressure of both pure components, the solution shows a positive deviation from Raoult’s law. <br><br>$\therefore$ $\Delta$_SolH $&gt;$ 0 <br><br>As $\Delta$_SolH $&gt;$ 0 then solution is endothermic. <br><br> and here $\Delta$_Sol Volume $&gt;$ 0. As $\Delta$_Sol Volume $&gt;$ 0 then a mixture of 100 ml. CS₂ and 100 ml. acetone has a volume more than 200 ml. It happens because the distance between molecules increases due to force of attraction of mixture decreases.