00000013 For a concentration element composed of metal

00000013 For a concentration element composed of metal

For a concentration element composed of metal A in electrolyte solutions B with concentrations m1 and m2 mol / 1000 g, calculate the EMF at 298 K. Calculate the activity from the average activity coefficient taken from the reference book [M.], or (for dilute solutions) from ionic strength. For a cell composed of a hydrogen electrode in an electrolyte solution C with a concentration of m3 mol / 1000 v and a calomel half-cell with a concentration of KCl m4 mol / 1000 g, calculate the EMF and pH of the solution containing electrolyte C. Do not take into account diffusion EMF. At 298 K the standard potential of the calomel electrode (aC1 = 1) is 0.2812 V and the ion product of water is 1.008 x 10~14. Find the dissociation constants of weak electrolytes in the reference book [M.].
Task 1 page 334 (from Kudryashov)
18 var.
Ag AgNO3 0,2 2 CH3COOH 1 0,2 0,1