(b) Use the listing of standard reduction potentials on page 10 to determine theE° for Ce**(aq) + 4e→ Ce(s)Reduction half-reactionE/VReduction half-reactionE/VAg AgAge AgAgir + Ag+ BrAgCleAg+a1+ 2e2115+2e3rIn'+eInIn+e InIn + 2e InIn"+ SeInIn" InK*+ KLa+ elaLiMg+ 2- MgMn"+ 2e MnMn+e MnMnO, + 4+ 2e- Ma + 2H,oMnO; + SH + Se Mn+ 4H,0MnO; +eMno}-Mno + 21,0+ 2eMno, + 4OHNa' +e NaNP+ 2e NINIOOH + H,0+ Ni(OH), +OHNO;+2H+e NO, + H,0NO; + H+ - NO+ 2H,0NO; + H,0+ 2e- NO; + 20HO,+2H,0+ de-→ 4OH0,+ 4H+ de 2H,040.80+0.54+1.98+0.53+0.0713-0.14+0.22-0.40AgCro, + 2e 2Ag+ CroAgF+e Ag +FAgl + Ag+ rAl+ Se Al+0.45-0.44+0.78-0.34-0.15-0.49-1.66-2.93Au' +eAuAu+ Se AuBa+ 2e-BaBe+ 2eBe+1.69-2.52+1.40-3.05+2.91-2.36-L8S-1.18+0.20+1.51Br, + 2e 2BrBro +H,0+ 2e Br+ 20HCal+ 2eCaCa(OH), + 2e Cd+ 20HCa + 2eCdCe+ Ce+1.09+1.23+0.76+1.51-2.87+0.56-0.81+0.60-0.40-2.71-2.48-0.23CeteCe"+1.61+0.49a,+ 2e-2CIO +H,0+ 2→a+20HCO;+ 2H+ 2e →do; + H,0do; +H,0+2 do; + 20HCo+ 2CoCorCoC+2 CrCr,O+14H+ 6e 20+ 7H,0C+ Cr+1.36-0.80+0.89+0.96+1.23+0.10+0.36+0.40-0.28+1.23+1.81-0.560,+1,0+2e HO; +OH0,+ 2H + 2e0, +H,O0,+H,0+2e-0, + 20HPh+ 2 PbPb+ 2e P-0.91-0.08+1.33+2.07-0.74+1.240.41-0.13-2.92+1.67Cu+ CuCu"+ 2 CuCu CuF,+2e2FFe+ 2e FeFe"+eFeFe+FePbSo, + 2e Pb soPr+ 2e PrPu+ePuRa+ 2e Ra+0.52-0.36+0.34+1.20+0.16+0.97+2.87-2.92-0.44Rb+eRb-2.93-0.04S+ 2 S-0.48s,o+ 2e 25oSc+ 3e Se40.77+2.05(FelCN),+ (Fe(CN),21+ 2H,21,0+ 2H, + 20H2HBrO+ 2H + 2eBr, + 21,02HCIO+ 2H+ 2ea,+ 2H,0H,O, + 2H+2e 2H,0H,XeO, + 2H + 2er XeO, +3H,0Hg + 2e2HgHg,Cl,+ 22Hg+ 2CHg+ 2e Hg+0.36-2.090, by definitionSn+ 2e Sn-0.14-0.R3Sn+ 2Sn+0.15eSr+ 2e SrTP+ 2eTi+1.60-2.89+1.63-1.63+1,78-0.37+3.00,00+0.79-0.34U+ UUt Uy+ 2eV+0.27-1.79+0.86--0.61+0.92-1.19Hg,SO, + 2 2Hg+ So+0.62--0.26Za+ 2eZn-0.76

Given: Overall cell reaction:Ce+4+4e-→Ce(s)

(b) Use the listing of standard reduction potentials on page 10 to determine the E° for Ce**(aq) + 4e → Ces) Reduction half reaction E/V Reduction half reaction E/V +0.80 +0.54 Ag Ag Agir+ Ag+ Br +1.98 +0.53 -0.14 In' +rIn In+ In In+ 2eIn In"+ eIn In ln +0.0713 +0.22 -0.40 ARCO, + 2e2Ag+ Cro AgF+e Ag+ F Agl eAg+r A+ Al +0.45 -0.44 +0.78 -0.34 --0.15 -0.49 -2.93 -2.52 --1.66 K+K Au +e Au Au+ Au 1.69 La+ la +1.40 -3.05

(b) Use the listing of standard reduction potentials on page 10 to determine the E° for Ce**(aq) + 4e → Ces) Reduction half reaction E/V Reduction half reaction E/V +0.80 +0.54 Ag Ag Agir+ Ag+ Br +1.98 +0.53 -0.14 In' +rIn In+ In In+ 2eIn In"+ eIn In ln +0.0713 +0.22 -0.40 ARCO, + 2e2Ag+ Cro AgF+e Ag+ F Agl eAg+r A+ Al +0.45 -0.44 +0.78 -0.34 --0.15 -0.49 -2.93 -2.52 --1.66 K+K Au +e Au Au+ Au 1.69 La+ la +1.40 -3.05

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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heres the link for the data table http://chemistry-reference.com/tables/Table%20of%20Standard%20Reduction%20Potentials%20and%20Activity%20Series.pdf
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heres the link to the data table http://chemistry-reference.com/tables/Table%20of%20Standard%20Reduction%20Potentials%20and%20Activity%20Series.pdf
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