2. Answer AL.L parts. (a) The linear form of the Eyring Equation is: ln(Tk)=RTtH+lnbkR+RiS The following kinetic data was obtained for the reaction: 2N2O2N2+O2 Gencrate a plot using the above data and hence determine: (i) The enthalpy and entropy of activation, (ii) The Gibbs energy of activation for the reaction at 350K, (iii) The equilibrium constant at 350K. (Note G=RTln(Kt) ). [25 marks] (b) A chemical reaction was found to have an activation energy of 50kJmol1. Given: ln(k1k2)=REa(T11T21) What temperatures would the reaction have to be carried out at to increase the rate of reaction, compared to the rate of reaction at 20C, by a factor of: (i) 10 times and, (ii) 100 times