(7.9) Usingpotentials listed in the Table,thestandardreductiondeterminewhetherthefollowingreactionisspontaneous under standard conditions.Support your answer.Hg*2(aq) + 21¯(aq) →,+2,Hga) +I2(s)From the Table:Hg*2(aq) + 2e¯ → Hga)E°red =+0.85 VI2(s)+ 2e- - 21 (aq)E°red =+0.54 VAnswer: Is the above reactionspontaneous? (YES or NO)Briefly support your answer (.Refer to the Table of Standard ReductionPotential below.STANDARD REDUCTION POTENTIAL AT 25 °CETV) atteaction+0.50 2H,O + 2e-Hlg) + 20H (aHait-Reaction(V)Ag (ag) +- Agis)Aglle(s)+- Ag)+ r (a)AgCIs) - Ag(s) -a(ap)Ag(CN), (a) eAgs)+ 2CN (a)-O83Agi+ r(a)0.10 HO, (a) + HO) + 2e 3OH (a)+0.22 HOa) + 2H(ag) 2e 2Ho)-0.31 He(a 2e 2 Hg)+0.45 2Hg"(a)+ 2e Hg ()-0.15 He(a)+ 2e Hel)) + 2e 21(a)-1.46 2 10, (a) + 12H(a) + 10e l) +6HO)+0.56K'(ag) K)+1.78a79AgCro,(s) + 2e 2 Ags) + Cro )Agl(s) +e- Ag) (a)AgrS,0(a) + - Agis) + 25,0 (a)A" (a) + 3e - A)920541.20HAs0,n- 2H"(a) + 2e HAOa) + H,o)--2.92Ba"(a)+ 2e al)u'(ag) +e- LA)+0.32 Mg"(a)+ 2e Mg)+1.07 Mn ()+ 2e- Mn(s)-2.37HO () + 21H" () + 3e- N(s) + HO)len + 2e- 2 (a)2 Bro, (a)- 12H (a)+ 10e - Ben+ 6 HOU)-LI8+1.52 Mno 4H(a)+ 2e Mn(a)+ 2H0-0.49 MnO, () BH(a) Se- Ma () 41,On1.23Ca"(a) + 2e Cats)Ca"(a) + 2e cas)Ce"(a) e -Ce"(a)Cle) + 2e- 2cr(a)2HCIO() 2H'(a)+ 2e C 2HOU)CIO (ag + HO) + 2e Cr (a) + 20H (a)2 CIO, (a)+ 12H(a) 10e C 6H,OnCo(a) 2e Co(s)Co"(a) Co"(ay)Cr"(a) 3e Crs)Cr"(a) - C"(a)Co (ay) + 14H(a)+ 6e- 2C(a)+ 7H,O) +1.33 "(a) + 2e- P)-2.87Mno, (n) 21O)+ 3e Meo) 4OH(a) a59-0.40 HNO,(a)+ (a) + r- NO) + HO)+1.61 N) + 41O)+4e 4OH (ag + NHda)+1.36 N) SH(a)+4e NH, (ag)+1.63 NO, tarn+ 4(a)+ 3e- NO)+ 21HOU)100-L16--0.23+96+0.9 Na'(a) Na(s)+1.47 N(a)+2e- N)-2.71-0.28-0.28 otr)4H'() +4e 21HOU)1.23+1 oe) + 2 HO) + de -4 OH G)0.40-0.74 Or)2H() 2e HOng)-0.41 o,) + 2(a) + 2e- On + HO)+207-Q.13CO (a) + 4HO 3r-0.13 o) HSO, ) 3Hp- 2e-1.69Ce(OH)+ SOH (a+0.34 rtso) + H"(ag)+ 2e - I) + SO, (a)+0.15 PCI (a) + 2e P) + 4Cr(a-0.36Cu"(a) + 2e Culs)Cu"(a) Cu'(a)Cu'len +e Cuts)a73+0.52 S(s)+ 2H'(a)+ 2e H)Cul(s) +e- Cu(s) + T(ag)Ede) + 2e- 2F(a)(a)- 2e Fe)045-0.19 HSOag) + 4H"(a) + 4e- S) + 3H,On+27 HSO, ng) 3H"(a) + 2e HS0 ag) + HO)-0.44 S(a)+ 2e Sns)+0.77 Set(a)+ 2e- S ()--a14FeCN) (a) + FeCN) Gn2H(ag)+ 2e Hl)vo,(a) + 2H (a)e vo" (a) + HO)a00 Z a)+ 2e- Zn(s)+0.100--a76

The given redox reaction is, Hg2+(aq) + 2I-(aq) ---> Hg(l) + I2(s) The reduction potential are,…

(7.9) Using the standard reduction potentials listed in the Table, determine following spontaneous under standard conditions. whether the reaction is Support your answer. Hg* (aq) + 21¯(aq) - Hga) +I2(s) From the Table: Hg (aq) * ,+2, - 2e- - Hg1) E°red = +0.85 V I2(s) + 2e- - 21¯(aq) E°red = %3D +0.54 V Answer: Is the above reaction spontaneous? (YES or NO) Briefly support your answer (.

(7.9) Using the standard reduction potentials listed in the Table, determine following spontaneous under standard conditions. whether the reaction is Support your answer. Hg* (aq) + 21¯(aq) - Hga) +I2(s) From the Table: Hg (aq) * ,+2, - 2e- - Hg1) E°red = +0.85 V I2(s) + 2e- - 21¯(aq) E°red = %3D +0.54 V Answer: Is the above reaction spontaneous? (YES or NO) Briefly support your answer (.

Chemistry for Engineering Students

3rd Edition

ISBN:9781285199023

Author:Lawrence S. Brown, Tom Holme

Publisher:Lawrence S. Brown, Tom Holme

Chapter1: Introduction To Chemistry

Section: Chapter Questions

Problem 1.77PAE

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