Question: 31. Given the standard reduction potential (E0) values below, calculate the equilibrium constant (Keq) for the reaction: 2Sn(OH)62(aq)+Si(s)2HSnO2(aq)+SiO32(aq)+5H2OSn2+2eSn2+E0=+0.15VSii+4eSi4E0=1.37V (Assume that this reaction happens in a

 31. Given the standard reduction potential (E0) values below, calculate the

31. Given the standard reduction potential (E0) values below, calculate the equilibrium constant (Keq) for the reaction: 2Sn(OH)62(aq)+Si(s)2HSnO2(aq)+SiO32(aq)+5H2OSn2+2eSn2+E0=+0.15VSii+4eSi4E0=1.37V (Assume that this reaction happens in a weakly acidic solution.)

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