The following chemical equations shows the stepwiseFormation Constant expression (K₁ tok3) of each0x replaces toK₁-water+C2042.S[Fe(C₂04)] +C204²[Fe(C₂04)₂] +C204²)[Fe(ox)][Fe3+][0x]K₂ =[FeC₂04)]*=> [fe (Goy)₂ ]+[Fe(C₂04)₂] 3-[FeCox₂][Fecoxt] [ox]K3 =a) write the overall formation Constant(KF or Bs) demonstrating that theby the product ofConstants.[FeCox)33][Fe(ox₂][x]experssionKF is giventhe three stepwise

The stepwise formation constant of the given complex is as follows:

The following chemical equations shows the stepwise Formation Constant expression (K₁ toks) of each Ox replaces to water + K₁- 2- Fe + C₂04² [Fe(G₂04)]] [Fe (C₂04)]++C204² [fe(Goy)₂] [Fe(C204)3] 3- S [Fe(C₂04)₂] +C204² = Z [Fe(ox)] K₂= [Feco₂9₂-] [Fe3+][0x] [Fecoxt] [ox] K3= [FeCox) 33] [Fe(0x₂][ox] a) write the overall formation Constant experssion (KF or B₂) demonstrating that the by the product of the three stepwise KF is given Constants.

The following chemical equations shows the stepwise Formation Constant expression (K₁ toks) of each Ox replaces to water + K₁- 2- Fe + C₂04² [Fe(G₂04)]] [Fe (C₂04)]++C204² [fe(Goy)₂] [Fe(C204)3] 3- S [Fe(C₂04)₂] +C204² = Z [Fe(ox)] K₂= [Feco₂9₂-] [Fe3+][0x] [Fecoxt] [ox] K3= [FeCox) 33] [Fe(0x₂][ox] a) write the overall formation Constant experssion (KF or B₂) demonstrating that the by the product of the three stepwise KF is given Constants.

Chemistry & Chemical Reactivity

9th Edition

ISBN:9781133949640

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter21: The Chemistry Of The Main Group Elements

Section: Chapter Questions

Problem 75GQ

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