solve this question using gauss newton method

The following table shows the reaction rate and temperature values for nitrogen dioxide, or NO2: T(K) 592 604 614 627 636 640 646 654 656 KO- 4cm3mol- 1s-1) 5.01 8.03 10.10 17.04 24.02 28.04 34.01 40.05 50.01 53.21 650 Use Arrhenius equation: k = Ae RT (Eq1.1) Where k = rate constant. A frequency factor. Ea = activation energy R = gas constant as: 8.3145 LKT = absolute temperature, mol We find from the above data: 1) The frequency factor and activation energy by regressing the data using linearization and gauss newton methods. Using interpolation methods, the reaction rate at temperature (630 K)