Page 306 - Thermodynamics of Biochemical Reactions
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306     Mathematica Solutions to Problems




                TableForm[(1/(8.31451*.29815*Log[lO] ))*D[~pep+ad~+co2tot-oxaloacetate-at~-h2o~,gHl/.~s-
                >(O,  .l, .25)/.pH->{5,6,7,8,9),TableHeadings->EE"I   =  0 M","I  =  0.10  M","I   =  0.25
                M1l),{"gH 5",11pH  6","pH  7","pH  8","pH  9"))l
                              PH 5        PH 6         PH 7        PH 8         PH 9
                I=OM          0.808208    0.547488     -0.512396    -1.04491    -1.05597
                I  =  0.10  M   0.862233   0.206083    -0.792542    -0.99541    -1.11014

                I =  0.25 M   0.840963    0.0667518    -0.82107     -0.998722  -1.1457
         Net of the preceding two reactions


                TableForm[Transpose[calctrGerx[pyruvate+2*atp+h2o+de==gep+2*adg+p~,~~,6,7,8,9~,~~,.1,.~
                S)]]  ,TableHeadings->(("I  =  0 M","X  =  0.10  M","I  =  0.25  M"),{"gH  5","gH 6","gH 7","pH
                8m1,1*pH 9n1})1
                              PH 5        PH 6         PH 7       PH 8        PH 9
                I=OM          -1.83764    -3.14757     -6.98235    -17.328    -29.0407

                I =  0.10 M   0.88898     -0.726795    -7.23829    -17.7828   -29.1052
                I =  0.25 M   1.90911     -0.110354  -7.19026      -17.7833  -29.1054

                TableForm[Transpose[calck~rime[gyruvate+2*atp+h2o+de==gep+2*adg+p~,~5,6,7,8,9~,iO,.l,.~
                                           =
                5}]],TableHeading~->{i~~I 0 MI1,"I =  0.10  M","I  =  0.25  M1l),{"gH 5","gH 6","pH 7","gH
                811,11pH  9m1))1
                              PH 5        PH 6       PH 7      PH 8       PH 9
                 I=OM         2.09864     3.55982    16.7204    1085.7.1  122370.

                 I =  0.10 M   0.698648   1.34069    18.539     1304.37   125599.
                 I =  0.25 M   0.462956   1.04552    18.1833    1304.63   125606.
                 TableForm[(1/(8.31451*.29815*Log[10]))*D[(pep+2*adp+~i-gyruvate-2*at~-h~o~,gHl/.is-
                 >~0,.1,.25)/.gH->{5,6,7,8,9),TableHeadings->{i1'I   =  0 M","I  =  0.10 M","I  =  0.25
                MI' 1, ("pH 5", "pH 6", "pH 7 'I,  "pH 8", "pH 9") 11
                              PH 5         PH 6         PH  7       PH 8        PH 9
                 I=OM          -0.297246   -0.269812    -1.27871    -2.07523    -2.02073
                 I =  0.10 M   -0.11779    -0.595535  -1.63573      -1.95827  --1.99578

                 I =  0.25 M   -0.121086   -0.729254  -1.66925      -1.95844    -1.99572
         Fructose I ,6-biphosphatase


                 TableFo~[Trans~ose[calctrGerx[f~ctosel6ghos+h2o+de==fructose6phos+p~,i5,6,7,8,9~,iO,.
                                                           =
                 1,.25)]],TableHeadings->{{"I  =  0 Mmm,llI 0.10  M","I  =  0.25  M"),I"gH  5","gH  6","gH
                 7",9Si  81n,11pH 91))]
                               PH 5       PH 6        PH 7        PH 8        PH 9
                 I=OM          -22.7476   -22.1975    -20.1521  -18.6253      -18.3442
                 I =  0.10  M   -21.0371  -18.1741    -14.6161  -13.5633      -13.4289

                 I =  0.25 M   -20.2085    -16.2642  -12.7902  -11.9455  -11.8441
                 TableForm[Trans~ose[calck~rime[f~ctosel6ghos+h2o+de==f~ctose6phos+g~,i5,6,7,8,9~,~O,.
                 1,.25)1],TableHeading~->{{*~I =  0 MS1,l1I =  0.10  M","I  =  0.25  M"),{'lpH  5","gH  6","pH
                 7","pH  8","pH 9"))]
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