Comments, h2-dependent acetogenesis is thermodynamically difficult because of the thermodynamic constraints of the entry-level redox reactions for CO2 in the acetyl-CoA pathway (Fig.
Cl2(g) 2 code reduc novotel H2O.63, ce4(aq) e, ce3(aq).61, naBiO3(s) 6 H(aq) 2 e, bi3(aq) Na(aq) 3 H2O.6.
Retype the characters from the picture: Related BioNumbers.Fe3 e- - Fe2.77, i2 2e- - 2I-.54, cu e- -.52, fe(CN)63- e- - Fe(CN)64-.36, cu2 2e- -.34, cu2 e- -.15, sn4 2e- - Sn2.15 2H 2e- -.00.Reaction, eo, f2 2e- - 2F-.87, co3 e- - Co2.80, pbO2 4H SO42- 2e- - PbSO4(s) 2H2O.69, mnO4- 8H 5e- - Mn2 4H2O.49, pbO2 4H 2e- - Pb2 2H2O.46.Acidic Solution, eo http://www cheques cadeaux culturels com/1 html (V f2(g) 2 e 2 F(aq).87, co3(aq) e, co2(aq).82.Standard Reduction Potentials (in Volts 25oC.Au(s).5, clO3(aq) 6 H(aq) 5 e 1/2 Cl2(g) 3 H2O.47, brO3 6 H(aq) 6 e, br(aq) 3 H2O.44.



This is most likely carbon dioxide; you would then have to look up the value of E0 for the ceCO2/ceC couple in a textbook or some other data source.
For example, the standard redox potential of the CO2/CO half-cell (520 mV) is approximately 100 mV more negative than that of the 2H 2e/H2 half-cell (420 mV).
Cl2(g) 2 e 2 Cl(aq).358, cr2O72 14 H(aq) 6 e 2 Cr3(aq) 7 H2O.33, n2H5(aq) 3 H(aq) 2 e 2 NH4(aq).24 MnO2(s) 4 H(aq) 2 e Mn2(aq) 2 H2O.23 O2(g) 4 H(aq) 4 e 2 H2O.229 Pt2(aq) 2 e Pt(s).ID 104406, property, standard redox potential of CO2/CO half cell.Fe3 3e- - Fe -0.04, pb2 2e- - Pb -0.13, sn2 2e- - Sn -0.14, ni2 2e- - Ni -0.25 Co2 2e- - Co -0.29 PbSO4 2e- - Pb SO42- -0.359 PbI2 2e- - Pb 2I- -0.365 Cr3 e- - Cr2 -0.40 Cd2.Drake, kirsten KÜSEL AND carola matthies, Acetogenic Prokaryotes, Prokaryotes (2006) 2:354420 chapter.13.Id104406 ver2 login to add BioNumbers, post Your Comment, comments.Date Edited, jun 22, 2009 5:23 PM, version.Pb4(aq) 2 e, pb2(aq).8, h2O2(aq) 2 H(aq) 2 e 2 H2O.77, niO2(s) 4 H(aq) 2 e, ni2 (aq) 2 H2O.7.




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