Page 312 - Thermodynamics of Biochemical Reactions
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312     Mathematica Solutions to Problems



                             PH 5      PH 6       PH 7       PH 8         PH 9
               I=OM          11.3123    9.42916  6.0856      4.60067      1.48513
               I =  0.10 M   8.64828    5.44782  2.53412  0.710067        -3.18751

               I =  0.25 M   7.58697  4.09308  1.26214       -0.651704  -4.72216
               TableForm[Transpose[calckgrime[succinylcoA+gi+adg+de==succinate+atg+coA,{5,6,7,8,9~,{0,
               .1,.25)]],TableHeadings->{{~'I  =  0 M","I  =  0.10  M","I  =  0.25  M"),{"pH  5","gH  6","gH
               7","gH  8","gH  9")}]
                             PH 5         PH 6         PH 7        PH  8       PH 9
               I=OM          0.0104276    0.0222891    0.0858727    0.156315   0.549312
               I =  0.10 M   0.0305419    0.111068     0.359786     0.750935   3.61763
               I =  0.25 M   0.0468627    0.191835     0.601012     1.30069    6.71864

               TableForm[(1/(8.3145l*.298l5*Log[lOl))*D[(succinate+atg+coA-succ~nylcoA-p~-
               adg),gH]/.is->{O, .l, .25}/.pH->{5,6,7,8,9},TableHeadings->{{*'I  =  0 M","I  =  0.10 M","I =
               0.25  M1m},{tlpH 511,11pH 611,11gH 711,1tpH 8","gH 911))1
                             PH 5          PH 6         PH 7        PH 8         PH 9
               I=OM          -0.0431903    -0.591126  -0.421843      -0.27808     -0.799126
               I =  0.10 M   -0.347965     -0.659794  -0.328911  -0.443368        -0.876329
               I    0.25 M   -0.436744     -0.660859  -0.321521      -0.47926     -0.892712

        Succinate dehydrogenase

               TableForm[Trans~ose[calctrGerx[succinate+fadenzox+de==fumarate+fadenzred,~5,6,7,8,9~,~O
               ,.1,.25}]],TableHeadings->{{"I  =  0 M",811 =  0.10  M","I  =  0.25  M1r),{"gH  5","pH 6","pH
               7","pH  8","gH  9"}}1
                             PH 5       PH 6        PH 7          PH 8          PH 9
               I=OM          3.58609    0.778578    0.0656228      -0.0202505    -0.0290231
               I =  0.10 M   2.15463    0.30828     0.00611379     -0.0263635  -0.0296361
               I =  0.25 M   1.7504     0.220992    -0.00368738  -0.0273557      -0.0297354

               TableForm[Transgose[calckprime[succinate+fadenzox+de==fumarate+fadenzred,{5,6,7,8,9~,~O
                                                           =
               ,.1,.25)]],TableHeadings->{(8tI  =  0 M1m,lmI 0.10 M","I  =  0.25  M"},{"pH  5","gH 6","pH
               71*,11gH 811,11pH 9")}]
                             PH 5        PH 6        PH 7       PH 8       PH 9
               I=OM          0.235369    0.730466    0.973876    1.0082    1.01178
               I =  0.10 M   0.419303    0.883064    0.997537    1.01069   1.01203
               I =  0.25 M   0.493565    0.914711    1.00149     1.0111    1.01207

               TableForm[(1/(8.31451*.29815*Log[1O]))*D[(fumarate+fadenzred-succ~nate-
               fadenzox),pH]/.is->{O,.l,.25}/.gH->{5,6,7,8,9},TableHeadings->{{~~I     =  0 M","I  =  0.10
               M","I  =  0.25  M"},{"gH  5","pH 6","pH 7","pH  8","pH  9"))l
                             PH 5         PH 6          PH 7          PH 8           PH  9
               I=OM          -0.658653    -0.272415     -0.0377549    -0.00392427    -0.000393977
               I  =  0.10 M   -0.565671  -0.127042      -0.0144565    -0.0014658     -0.000146785
               I =  0.25 M   -0.504786  -0.0961348      -0.0105565    -0.00106609    -0.000106714

        Fumarase
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