4. The Debye-Huckel limiting law is strictly valid only in the limit of infinite dilution. A...
2. When 40.7 g of the "salt" HgCl is dissolved in 100 g water, the freezing point depression is observed to be 2.83 K. Based on this, does one expect the solution to readily conduct electricity? 3. What are the solvent and solute activities and activity coefficients for a component having 25% mole fraction and obeying the vapor pressure equation P, = 78.8x, (0.65x4+0.18x)? (Hint: think about Raoult's and Henry's Laws) 4. The Debye-Huckel limiting law is strictly valid only...
3. What are the solvent and solute activities and activity coefficients for a component having 25% mole fraction and obeying the vapor pressure equation P=78.8x; e (0.65x3 +0.18x})? (Hint: think about Raoult's and Henry's Laws) 4. The Debye-Huckel limiting law is strictly valid only in the limit of infinite dilution. A more widely applicable equation is the Debye-Huckel equation:
Use the Debye-Huckel equation to calculate the activity coefficient of the following ions in an aqueous solution at 25 degree C. CrO_4^2- in a solution where mu = 0.0831 M Cr^3^+ in a solution where mu = 0.0350 M