3. Determine the activity of 0.1 M H2S04 given that y+0.265. What will happen as the mearn activi...
3. Determine the activity of 0.1 M H2S04 given that y+0.265. What will happen as the mearn activity coefficient approaches 1? 5P 4. Calculate and compare ionic strength: 0.10 M KCL(aq) vs. 0.20 M in CuS0 SP 5. Calculate the mean activity coefficient of 0.2M MgC2. What does your obtained value mean for the actual concentrations of ions in solution? 10P 6. Calculate the solubility of the slightly water soluble salt AgBr(s) at an ionic strength of 0.1M. Compare your answer to the solubility if assuming pure water surroundings (i.c. neglecting ion effects)
3. Determine the activity of 0.1 M H2S04 given that y+0.265. What will happen as the mearn activity coefficient approaches 1? 5P 4. Calculate and compare ionic strength: 0.10 M KCL(aq) vs. 0.20 M in CuS0 SP 5. Calculate the mean activity coefficient of 0.2M MgC2. What does your obtained value mean for the actual concentrations of ions in solution? 10P 6. Calculate the solubility of the slightly water soluble salt AgBr(s) at an ionic strength of 0.1M. Compare your answer to the solubility if assuming pure water surroundings (i.c. neglecting ion effects)