A solution is held in a cylinder which is sealed by two
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A solution is held in a cylinder which is sealed by two pistons, and divided into two chambers by a semi-permeable membr
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A solution is held in a cylinder which is sealed by two pistons, and divided into two chambers by a semi-permeable membrane (see Fig. 2.11) Initially, the concentrations of the two chambers are the same at number density n0, and the chambers have the same volume hA (h and A are the height and the cross-section of the chamber). A weight W is placed on top of the cylinder, causing the piston to move down. Assuming that the solution is ideal, answer the following questions. (a) Calculate the displacement x of the piston at equilibrium ignoring the density of the solution. (b) Calculate the displacement x of the piston taking into account of the density of the solution ?.
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