When silver chloride is dissolved in a large excess of ammonia, practicaly all silver can be...

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When silver chloride is dissolved in a large excess of ammonia, practicaly all silver can be assumed to exist as Ag(NH3)*. Compute the values of m and n using the following two cells: Ag | 0.379 x 10³ M AgCl, 1 M NH, 37.9 x 103 M AgCl, 1 M NH₂ | Ag Ecell = 0.118 5 V at 298 K Ag | 3.4 x 10³ M AgCl, 1 M NH₂ | 3.4 x 103 M AgCl, 0.1 M NH3 | Ag Ecell = 0.126 3 V at 298 K When silver chloride is dissolved in a large excess of ammonia, practicaly all silver can be assumed to exist as Ag(NH3)*. Compute the values of m and n using the following two cells: Ag | 0.379 x 10³ M AgCl, 1 M NH, 37.9 x 103 M AgCl, 1 M NH₂ | Ag Ecell = 0.118 5 V at 298 K Ag | 3.4 x 10³ M AgCl, 1 M NH₂ | 3.4 x 103 M AgCl, 0.1 M NH3 | Ag Ecell = 0.126 3 V at 298 K

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