Consider a solution that initially is 0.050 M with respect to Ag(NH3)2+. The Kf of the complex ion is 1.6 × 107 a) Write the complex-formation equilibria for Ag(NH3)2+ b) Write the formation constant expression for the reaction in (a) c) Use an ICE table to determine the equilibrium concentrations d) Determine the [Ag+], [NH3] and [Ag(NH3)2+] e) What does a large value of Kf tell us?
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Consider a solution that initially is 0.050 M with respect to Ag(NH3)2+. The Kf of the complex ion is 1.6 × 107
a) Write the complex-formation equilibria for Ag(NH3)2+
b) Write the formation constant expression for the reaction in (a)
c) Use an ICE table to determine the equilibrium concentrations
d) Determine the [Ag+], [NH3] and [Ag(NH3)2+]
e) What does a large value of Kf tell us?
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