Original Model:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./(((( 1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGInact./( 8.314472.*y)))).*(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))).*(1-exp(-(((((1.3806503E-23.*y)
                    ./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)))
                    ).*(exp((DeltaHEq./8.314472).*(1./TEq-1./y))).*x)./(1+
                    (exp((DeltaHEq./8.314472).*(1./TEq-1./y)))))))

Round 1 (with weighted T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.733e+004  (6.732e+004, 6.734e+004)
       DeltaGInact =  9.292e+004  (9.275e+004, 9.31e+004)
       DeltaHEq =  2.039e+005  (2.024e+005, 2.054e+005)
       TEq =       316.6  (316.5, 316.6)

Goodness of fit:
  SSE: 7.685e-009
  R-square: 0.9927
  Adjusted R-square: 0.9926
  RMSE: 1.263e-006

Round 2 (with weighted T, non-weighted showed no change):
Coefficients (with 95% confidence bounds):
       DeltaGCat =   6.71e+004  (6.71e+004, 6.711e+004)
       DeltaGInact =  9.272e+004  (9.268e+004, 9.276e+004)
       DeltaHEq =  1.937e+005  (1.934e+005, 1.941e+005)
       TEq =       315.8  (315.8, 315.9)

Goodness of fit:
  SSE: 4.965e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.211e-007

Round 3 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =   6.71e+004  (6.71e+004, 6.71e+004)
       DeltaGInact =  9.272e+004  (9.268e+004, 9.276e+004)
       DeltaHEq =  1.937e+005  (1.934e+005, 1.94e+005)
       TEq =       315.8  (315.8, 315.8)

Goodness of fit:
  SSE: 3.926e-010
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 2.855e-007

Round 4 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =   6.71e+004  (6.71e+004, 6.71e+004)
       DeltaGInact =  9.272e+004  (9.268e+004, 9.276e+004)
       DeltaHEq =  1.937e+005  (1.934e+005, 1.94e+005)
       TEq =       315.8  (315.8, 315.8)

Goodness of fit:
  SSE: 1.228e-012
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 1.597e-008

Model O:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./(((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGDeact./(8.314472.*y))))).*(1-exp(-(((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGDeact./(8.314472.*y)
                    ))).*x)./(1+exp((DeltaHEq./8.314472).*(1./TEq-1./y)
                    )))))

Round 1 (weighted T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =   6.75e+004  (6.746e+004, 6.754e+004)
       DeltaGDeact =  9.112e+004  (9.072e+004, 9.151e+004)
       DeltaHEq =  2.613e+005  (2.566e+005, 2.659e+005)
       TEq =       317.8  (317.7, 318)

Goodness of fit:
  SSE: 7.829e-008
  R-square: 0.9251
  Adjusted R-square: 0.9251
  RMSE: 4.032e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.699e+004  (6.698e+004, 6.7e+004)
       DeltaGDeact =  9.074e+004  (9.061e+004, 9.087e+004)
       DeltaHEq =  2.194e+005  (2.184e+005, 2.205e+005)
       TEq =       315.9  (315.8, 315.9)

Goodness of fit:
  SSE: 7.384e-009
  R-square: 0.9929
  Adjusted R-square: 0.9929
  RMSE: 1.238e-006

Round 3 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.699e+004  (6.698e+004, 6.699e+004)
       DeltaGDeact =  9.093e+004  (9.089e+004, 9.096e+004)
       DeltaHEq =  2.206e+005  (2.203e+005, 2.208e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 4.526e-010
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 3.066e-007

Round 4 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.698e+004  (6.698e+004, 6.699e+004)
       DeltaGDeact =  9.097e+004  (9.093e+004, 9.1e+004)
       DeltaHEq =  2.198e+005  (2.195e+005, 2.2e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 4.498e-010
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 3.056e-007

Round 5 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.699e+004  (6.699e+004, 6.699e+004)
       DeltaGDeact =  9.097e+004  (9.094e+004, 9.1e+004)
       DeltaHEq =  2.198e+005  (2.195e+005, 2.201e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 4.352e-010
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 3.006e-007

Round 6 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.699e+004  (6.699e+004, 6.699e+004)
       DeltaGDeact =  9.097e+004  (9.094e+004, 9.1e+004)
       DeltaHEq =  2.198e+005  (2.195e+005, 2.201e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 1.359e-012
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 1.68e-008

Model P:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGDeact./(8.314472.*y))))+(((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    ))).*exp((DeltaHEq./8.314472).*(1./TEq-1./y)))).*(1-
                    exp(-(((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGDeact./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    ))).*exp((DeltaHEq./8.314472).*(1./TEq-1./y))).*x)./(1+
                    exp((DeltaHEq./8.314472).*(1./TEq-1./y)))))

Round 1 (weighted T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.703e+004  (6.702e+004, 6.705e+004)
       DeltaGDeact =   9.35e+004  (9.287e+004, 9.413e+004)
       DeltaGInact =  9.288e+004  (9.263e+004, 9.313e+004)
       DeltaHEq =  1.954e+005  (1.926e+005, 1.981e+005)
       TEq =       315.8  (315.7, 315.9)

Goodness of fit:
  SSE: 1.154e-008
  R-square: 0.989
  Adjusted R-square: 0.989
  RMSE: 1.548e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =    6.7e+004  (6.7e+004, 6.7e+004)
       DeltaGDeact =   9.12e+004  (9.115e+004, 9.125e+004)
       DeltaGInact =  9.349e+004  (9.343e+004, 9.355e+004)
       DeltaHEq =  1.981e+005  (1.976e+005, 1.986e+005)
       TEq =       316.2  (316.1, 316.2)

Goodness of fit:
  SSE: 4.854e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.175e-007

New Round (3?), using:
DeltaGCat =  6.703e+004  (6.702e+004, 6.705e+004)
       DeltaGDeact =   9.5e+004
       DeltaGInact =  9.288e+004  (9.263e+004, 9.313e+004)
       DeltaHEq =  1.954e+005  (1.926e+005, 1.981e+005)
       TEq =       316
gave (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.705e+004  (6.704e+004, 6.705e+004)
       DeltaGDeact =  9.391e+004  (9.376e+004, 9.405e+004)
       DeltaGInact =  9.301e+004  (9.296e+004, 9.306e+004)
       DeltaHEq =  1.979e+005  (1.973e+005, 1.984e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 4.437e-010
  R-square: 0.9996
  Adjusted R-square: 0.9996
  RMSE: 3.036e-007

Round 4? (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.701e+004  (6.701e+004, 6.701e+004)
       DeltaGDeact =  9.123e+004  (9.118e+004, 9.128e+004)
       DeltaGInact =  9.306e+004  (9.301e+004, 9.312e+004)
       DeltaHEq =  1.954e+005  (1.948e+005, 1.959e+005)
       TEq =       316.4  (316.4, 316.4)

Goodness of fit:
  SSE: 5.069e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.245e-007 ----- seems like it jumped out of a hole here

Round 5? (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.701e+004  (6.701e+004, 6.701e+004)
       DeltaGDeact =  9.123e+004  (9.118e+004, 9.128e+004)
       DeltaGInact =  9.306e+004  (9.301e+004, 9.311e+004)
       DeltaHEq =  1.954e+005  (1.948e+005, 1.96e+005)
       TEq =       316.4  (316.4, 316.4)

Goodness of fit:
  SSE: 1.645e-012
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 1.849e-008

Input round 2, giving Round 3 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.701e+004  (6.701e+004, 6.702e+004)
       DeltaGDeact =   9.25e+004  (9.241e+004, 9.258e+004)
       DeltaGInact =  9.293e+004  (9.288e+004, 9.298e+004)
       DeltaHEq =  1.974e+005  (1.968e+005, 1.979e+005)
       TEq =         316  (316, 316)

Goodness of fit:
  SSE: 4.985e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.218e-007

Round 4 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =    6.7e+004  (6.7e+004, 6.7e+004)
       DeltaGDeact =  9.127e+004  (9.122e+004, 9.133e+004)
       DeltaGInact =  9.368e+004  (9.361e+004, 9.374e+004)
       DeltaHEq =  2.001e+005  (1.996e+005, 2.007e+005)
       TEq =       316.1  (316.1, 316.1)

Goodness of fit:
  SSE: 5.435e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.36e-007

Round 5 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =    6.7e+004  (6.7e+004, 6.701e+004)
       DeltaGDeact =  9.212e+004  (9.204e+004, 9.22e+004)
       DeltaGInact =  9.306e+004  (9.301e+004, 9.312e+004)
       DeltaHEq =   1.96e+005  (1.954e+005, 1.966e+005)
       TEq =         316  (316, 316.1)

Goodness of fit:
  SSE: 5.467e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.37e-007

Round 6 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.699e+004  (6.698e+004, 6.699e+004)
       DeltaGDeact =  9.097e+004  (9.092e+004, 9.102e+004)
       DeltaGInact =  9.326e+004  (9.32e+004, 9.332e+004)
       DeltaHEq =  1.991e+005  (1.985e+005, 1.997e+005)
       TEq =       316.4  (316.3, 316.4)

Goodness of fit:
  SSE: 6.204e-010
  R-square: 0.9994
  Adjusted R-square: 0.9994
  RMSE: 3.59e-007

Round 7 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =    6.7e+004  (6.7e+004, 6.7e+004)
       DeltaGDeact =  9.117e+004  (9.112e+004, 9.122e+004)
       DeltaGInact =  9.342e+004  (9.336e+004, 9.347e+004)
       DeltaHEq =  2.019e+005  (2.014e+005, 2.025e+005)
       TEq =       316.3  (316.3, 316.3)

Goodness of fit:
  SSE: 5.288e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.314e-007

Round 8 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.701e+004  (6.7e+004, 6.701e+004)
       DeltaGDeact =  9.219e+004  (9.212e+004, 9.227e+004)
       DeltaGInact =  9.306e+004  (9.3e+004, 9.311e+004)
       DeltaHEq =  1.983e+005  (1.978e+005, 1.989e+005)
       TEq =       316.1  (316.1, 316.1)

Goodness of fit:
  SSE: 4.975e-010
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 3.214e-007

Round 9 (no wieghts):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.701e+004  (6.701e+004, 6.701e+004)
       DeltaGDeact =  9.219e+004  (9.211e+004, 9.227e+004)
       DeltaGInact =  9.306e+004  (9.301e+004, 9.311e+004)
       DeltaHEq =  1.983e+005  (1.977e+005, 1.989e+005)
       TEq =       316.1  (316.1, 316.1)

Goodness of fit:
  SSE: 1.62e-012
  R-square: 0.9995
  Adjusted R-square: 0.9995
  RMSE: 1.834e-008

Model M:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGInact./(8.314472.*y)))).*(1+exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))).*(1-exp(-((((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGInact./(8.314472.*y)))).*x)))

Round 1 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.703e+004  (6.702e+004, 6.704e+004)
       DeltaGInact =  9.303e+004  (9.291e+004, 9.316e+004)
       DeltaHEq =  1.976e+005  (1.966e+005, 1.986e+005)
       TEq =       315.8  (315.8, 315.9)

Goodness of fit:
  SSE: 7.468e-009
  R-square: 0.9929
  Adjusted R-square: 0.9929
  RMSE: 1.245e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.703e+004  (6.703e+004, 6.703e+004)
       DeltaGInact =  9.314e+004  (9.312e+004, 9.317e+004)
       DeltaHEq =  1.998e+005  (1.996e+005, 2e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 3.4e-010
  R-square: 0.9997
  Adjusted R-square: 0.9997
  RMSE: 2.657e-007

Round 3 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.703e+004  (6.703e+004, 6.703e+004)
       DeltaGInact =  9.315e+004  (9.312e+004, 9.317e+004)
       DeltaHEq =  1.997e+005  (1.995e+005, 1.999e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 2.92e-010
  R-square: 0.9997
  Adjusted R-square: 0.9997
  RMSE: 2.462e-007

Round 4 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.703e+004  (6.703e+004, 6.703e+004)
       DeltaGInact =  9.315e+004  (9.312e+004, 9.318e+004)
       DeltaHEq =  1.997e+005  (1.995e+005, 1.999e+005)
       TEq =       315.9  (315.9, 315.9)

Goodness of fit:
  SSE: 1.056e-012
  R-square: 0.9997
  Adjusted R-square: 0.9997
  RMSE: 1.481e-008

Model N:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y))))).*(x-(((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGInact./(8.314472.*y)))).*(((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)
                    )))).*x+exp(-((((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGInact./(8.314472.*y))))+(((1.3806503E-23.*y)
                    ./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)))
                    )).*x)))./(((((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGInact./(8.314472.*y))))+(((1.3806503E-23.*y)
                    ./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)))
                    )).*((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)
                    )))))))

Round 1 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.552e+004  (5.851e+004, 7.253e+004)
       DeltaGInact =  7.649e+004  (5.815e+004, 9.482e+004)
       DeltaGreact =  7.622e+004  (7.099e+004, 8.145e+004)
       DeltaHEq =   2.12e+005  (2.112e+005, 2.127e+005)
       TEq =       315.6  (315.6, 315.7)

Goodness of fit:
  SSE: 6.806e-009
  R-square: 0.9935
  Adjusted R-square: 0.9935
  RMSE: 1.189e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.549e+004  (5.489e+004, 7.609e+004)
       DeltaGInact =    7.6e+004  (4.845e+004, 1.036e+005)
       DeltaGreact =   7.58e+004  (6.785e+004, 8.375e+004)
       DeltaHEq =  2.127e+005  (2.118e+005, 2.136e+005)
       TEq =       315.6  (315.6, 315.7)

Goodness of fit:
  SSE: 9.826e-009
  R-square: 0.9906
  Adjusted R-square: 0.9906
  RMSE: 1.429e-006

Round 3 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.549e+004  (5.094e+004, 8.004e+004)
       DeltaGInact =    7.6e+004  (3.819e+004, 1.138e+005)
       DeltaGreact =   7.58e+004  (6.491e+004, 8.669e+004)
       DeltaHEq =  2.127e+005  (2.115e+005, 2.139e+005)
       TEq =       315.6  (315.5, 315.7)

Goodness of fit:
  SSE: 6.042e-011
  R-square: 0.9816
  Adjusted R-square: 0.9816
  RMSE: 1.12e-007 ----- round 1 is best? odd.

Model Q:
General model:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y))))).*(x-(((((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGa./(8.314472.*y))))+(((1.3806503E-23.*y)
                    ./6.626068E-34).*exp(-(DeltaGi./(8.314472.*y)))).*(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y))))).*(((((((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGa./(8.314472.*y))))+(((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGi./(8.314472.*y)))).*(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y)))))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGb./(8.314472.*y))))+(((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGj./(8.314472.*y))))).*x+exp(-((((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGa./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGi./(8.314472.*y)
                    ))).*(exp((DeltaHEq./8.314472).*(1./TEq-1./y))))./(1+
                    (exp((DeltaHEq./8.314472).*(1./TEq-1./y)))))+(((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGb./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGj./(8.314472.*y)
                    )))).*x)))./(((((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGa./(8.314472.*y))))+(((1.3806503E-23.*y)
                    ./6.626068E-34).*exp(-(DeltaGi./(8.314472.*y)))).*(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y)))))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGb./(8.314472.*y))))+(((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGj./(8.314472.*y))))).*((((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGa./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGi./(8.314472.*y)
                    ))).*(exp((DeltaHEq./8.314472).*(1./TEq-1./y))))./(1+
                    (exp((DeltaHEq./8.314472).*(1./TEq-1./y)))))+(((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGb./(8.314472.*y)
                    )))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGj./(8.314472.*y)
                    )))))))

Round 1 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.619e+004  (5.569e+004, 7.669e+004)
       DeltaGa =  7.781e+004  (3.279e+004, 1.228e+005)
       DeltaGb =  7.758e+004  (-3.983e+005, 5.534e+005)
       DeltaGi =  8.461e+004  (-6.207e+005, 7.899e+005)
       DeltaGj =  7.762e+004  (-4.175e+005, 5.727e+005)
       DeltaHEq =  2.117e+005  (1.747e+005, 2.486e+005)
       TEq =       314.2  (272.8, 355.6)

Goodness of fit:
  SSE: 7.207e-009
  R-square: 0.9931
  Adjusted R-square: 0.9931
  RMSE: 1.224e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.616e+004  (5.784e+004, 7.449e+004)
       DeltaGa =  7.737e+004  (4.219e+004, 1.126e+005)
       DeltaGb =  7.689e+004  (6.491e+004, 8.886e+004)
       DeltaGi =  8.417e+004  (-4.421e+005, 6.104e+005)
       DeltaGj =  7.762e+004  (5.429e+004, 1.01e+005)
       DeltaHEq =  2.122e+005  (1.843e+005, 2.401e+005)
       TEq =       314.2  (282.4, 346)

Goodness of fit:
  SSE: 3.088e-009
  R-square: 0.997
  Adjusted R-square: 0.997
  RMSE: 8.009e-007

Round 3 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.616e+004  (5.66e+004, 7.572e+004)
       DeltaGa =  7.737e+004  (3.697e+004, 1.178e+005)
       DeltaGb =  7.689e+004  (6.293e+004, 9.085e+004)
       DeltaGi =  8.417e+004  (-5.328e+005, 7.012e+005)
       DeltaGj =  7.762e+004  (5.062e+004, 1.046e+005)
       DeltaHEq =  2.122e+005  (1.795e+005, 2.449e+005)
       TEq =       314.2  (277.1, 351.3)

Goodness of fit:
  SSE: 1.351e-011
  R-square: 0.9959
  Adjusted R-square: 0.9959
  RMSE: 5.299e-008

Model R:
     f(x,y) = (((((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGCat./(8.314472.*y)
                    ))).*1.07E-9)./(1+(exp((DeltaHEq./8.314472).*(1./TEq-
                    1./y))))).*(x-((((((1.3806503E-23.*y)./6.626068E-34)
                    .*exp(-(DeltaGInact./(8.314472.*y))))./(1+1./(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y))))).*((((((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGInact./(8.314472.*y))))./(1+1./(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y)))))+(((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGreact./(8.314472.*y))))).*x+exp(-(((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    )))./(1+1./(exp((DeltaHEq./8.314472).*(1./TEq-1./y)
                    ))))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)
                    )))).*x)))./((((((1.3806503E-23.*y)./6.626068E-34).*exp(-
                    (DeltaGInact./(8.314472.*y))))./(1+1./(exp((DeltaHEq./8.314472)
                    .*(1./TEq-1./y)))))+(((1.3806503E-23.*y)./6.626068E-
                    34).*exp(-(DeltaGreact./(8.314472.*y))))).*(((((1.3806503E-
                    23.*y)./6.626068E-34).*exp(-(DeltaGInact./(8.314472.*y)
                    )))./(1+1./(exp((DeltaHEq./8.314472).*(1./TEq-1./y)
                    ))))+(((1.3806503E-23.*y)./6.626068E-34).*exp(-(DeltaGreact./(8.314472.*y)
                    )))))))

Round 1 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.714e+004  (6.712e+004, 6.715e+004)
       DeltaGInact =  8.893e+004  (-5.02e+005, 6.798e+005)
       DeltaGreact =  7.957e+004  (-1.598e+005, 3.189e+005)
       DeltaHEq =   2.11e+005  (1.854e+005, 2.366e+005)
       TEq =       315.5  (300.7, 330.4)

Goodness of fit:
  SSE: 1.096e-008
  R-square: 0.9895
  Adjusted R-square: 0.9895
  RMSE: 1.508e-006

Round 2 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.714e+004  (6.713e+004, 6.714e+004)
       DeltaGInact =  8.721e+004  (-2.947e+005, 4.691e+005)
       DeltaGreact =   7.88e+004  (-7.639e+004, 2.34e+005)
       DeltaHEq =  2.118e+005  (1.923e+005, 2.313e+005)
       TEq =       315.6  (302, 329.2)

Goodness of fit:
  SSE: 3.91e-009
  R-square: 0.9963
  Adjusted R-square: 0.9963
  RMSE: 9.012e-007

Round 3 (w T):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.714e+004  (6.713e+004, 6.715e+004)
       DeltaGInact =  8.686e+004  (-2.479e+005, 4.217e+005)
       DeltaGreact =  7.864e+004  (-5.753e+004, 2.148e+005)
       DeltaHEq =  2.118e+005  (1.942e+005, 2.294e+005)
       TEq =       315.6  (302.9, 328.3)

Goodness of fit:
  SSE: 2.868e-009
  R-square: 0.9973
  Adjusted R-square: 0.9973
  RMSE: 7.717e-007

Round 4 (no weights):
Coefficients (with 95% confidence bounds):
       DeltaGCat =  6.714e+004  (6.713e+004, 6.715e+004)
       DeltaGInact =  8.686e+004  (-5.365e+005, 7.102e+005)
       DeltaGreact =  7.864e+004  (-1.748e+005, 3.32e+005)
       DeltaHEq =  2.118e+005  (1.791e+005, 2.445e+005)
       TEq =       315.6  (291.9, 339.3)

Goodness of fit:
  SSE: 3.159e-011
  R-square: 0.9904
  Adjusted R-square: 0.9904
  RMSE: 8.1e-008


