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Home » Chemistry Homework Help » Physical Chemistry » Solution Thermodynamic Property
Solution Thermodynamic Property
In this particular aspect of Physical Chemistry we will discuss about how solutions treated with thermodynamic properties. Answers for the questions like what is the need for that, and is it suits well to the solutions or will there is any effect of these treatments on the solutions are given experimentally in this aspect. In this experiment, we will study the process by which a binary solution changes from a single, homogeneous phase to two immiscible liquids. Phase transitions and critical phenomena are active areas of research. In this experiment, we will investigate the thermally controlled critical demixing of water-triethylamine and methanol-cyclohexane binary fluid mixtures. The transition from the one-phase solution to the two-phase mixture passes through an intermediate stage when the solution scatters light strongly. In thermodynamics treatment first ideal solution are treated. The result obtained in these easily visualized cases will provide convenient references results when the more mathematically based relationships needed for real systems are encountered. In most of the preceding illustrations of thermodynamics only systems of some chemical component were treated. In that case the simple and explored assumption was made that the thermodynamic properties of the system could be interpreted in terms of the contributions of each component. Now we must develop the thermodynamic apparatus necessary for a sound treatment of multicomponent systems. We shall than be able to apply the powerful methods of thermodynamics to the many interesting and important solution systems. In thermodynamic treatment of solutions we will first discuss about the ideal mixtures and then examines about partial molal quantities, liquid vapour free energies, Raoult’s law, vapour pressure lowering and osmotic pressure with experimentally explanations.

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