MATLAB CODING

You are creating a software to compute the conversion, $,$ for a reaction of A and B in a continuous$-$stirred tank reactor with volume $200$ liters, FAo$=$FBo$=10$ mol$/$min$.$ You have collected the data for each of the reactants. Experiment CAo$($mol$/$l$)$ CBo$($mol$/$l$)$ Rate of reaction mol$/$l$/$min $10\mathrm{.}010\mathrm{.}203\mathrm{.}2$ x $10-520\mathrm{.}020\mathrm{.}206\mathrm{.}5$ x $10-530\mathrm{.}040\mathrm{.}201\mathrm{.}3$ x $10-440\mathrm{.}060\mathrm{.}02026\mathrm{.}5$ x $10-550\mathrm{.}20\mathrm{.}04041\mathrm{.}3$ x $10-460\mathrm{.}20\mathrm{.}08082\mathrm{.}6$ x $10-4$ Experiments $13$ show how CAo affects rate. Experiments $46$ show how CBo affects rate. The rate law, which shows the relationship between rate and concentration for all reactants: Rate $=$ k $[$CAo$][$CBo$]$ Determine the order of the reaction for each reactant, for the reaction and the rate constant k: A $+$ B$-$ C You need to design a software to calculate the conversion X of the reactant for this reaction so that the user can input all needed parameters and specify if the reaction is first, or second order. If the reaction is first order, to find the conversion for a continuous$-$stirred tank reactor you need to solve: $(+)=$ If the reaction is second order, you need to solve instead: $(.+)+=$ The following procedures are suggested.

Work with given data to calculate order of the reaction for each reactant and the rate constant k$.$

Add the code to allow the user to input variables.

Add an if statement that allows the user to choose which of the two formulae to run.