Page 357 - Thermodynamics of Biochemical Reactions

Redox Reactions 357

E '"IV

TableForm[Transpose[calcappredpot[o2aq+de=: 2*h20, 4, (5, 6, 7, 8, 9}, {O, .l, .25}]],
TableHeadings -t { (111=0 M", lnI=O.10 MI1, "I=0.25 M"),
("pH 5", "pH 6", "pH 7", "pH el1, "pH 9"}}, Tab1eSpacing-t {I, I}]
PH 5 PH 6 PH 7 PH 8 PH 9
1=0 M 0.975849 0.916689 0.857529 0.798369 0.739209
I=O.lO M 0.969505 0.910345 0.851186 0.792026 0.732866

I=O.25 M 0.967457 0.908297 0.849138 0.789978 0.730818
plot1 =
Plot[calcappredpot[o2aq+de =: 2*h20, 4, pH, .25], {pH, 5, 91, AxesLabel -f {mlpH1l, llEto/V"}]i
E '"IV

TableForm[Transpose[calcappredpot[o2g+de::h202aq, 2, (5, 6, 7, 8, 9), {0, .l, .25}]],
TableHeadings -t {{I1I=0 MIq, "I=O.lO MIi, "I=0.25 MI'},
{"pH 5", "pH 6", "pH 7", I'pH 8", "pH 9**)}, Tab1eSpacing-t (1, l)]
PH 5 PH 6 PH 7 PH 8 PH 9
I=O M 0.398764 0.339605 0.280445 0.221285 0.162125
I=O.lO M 0.392421 0.333261 0.274101 0.214941 0.155781

I=O.25 M 0.390373 0.331213 0.272053 0.212893 0.153733
plot4 =
Plot[calcappredpot[o2g+de :: h202aq, 2, pH, .25], {pH, 5, 9), AxesLabel -f {"pH", "Eta /V") I ;