This is for a computations class it has to be done in matlab. Thank you

2 Consider the following reaction syste- hw2 kgk kp Figure 1: Revensible reaction schrne The temsperature and pressure in the reactor are sach that the kinetic rate coestants take on the following values: The chemical reaction starts with the following initial conceutrations The equaations to be solved come from a material balance for each coempoan, give by dA dc dE dB dD dF HW2 Since we are looking for the steady-state solhution, the difserential components of the eqi total material balance to give the following set of equatious to be solved A+B+C+D+E+F-A.+B.+C+D.+E.+F Answer the following (a) Solve for the steady-state coceetrations of A, B, C, D, E, aad F (b) Read the next parts and thi these easily. (Hit: think of weitg a fusction A+B+C+D+E+F=Ao + Bo + Co + Do + Eo + Fo Answer the following: (a) Solve for the steady-state concentrations of A, B, C, D, E, and F (b) Read the next parts and think of a nice way to solve these easily. (Hint: think of writing a function) (c) How does the solution change if A= 2.0 mol/L? (d) How does the solution change if A= 10.0 mol/L? (e) How does the solution change if Eo = 2.0 mol/L? (f) How does the solution change if the initial concentration of all species 1unitsmol/L? 2 Consider the following reaction syste- hw2 kgk kp Figure 1: Revensible reaction schrne The temsperature and pressure in the reactor are sach that the kinetic rate coestants take on the following values: The chemical reaction starts with the following initial conceutrations The equaations to be solved come from a material balance for each coempoan, give by dA dc dE dB dD dF HW2 Since we are looking for the steady-state solhution, the difserential components of the eqi total material balance to give the following set of equatious to be solved A+B+C+D+E+F-A.+B.+C+D.+E.+F Answer the following (a) Solve for the steady-state coceetrations of A, B, C, D, E, aad F (b) Read the next parts and thi these easily. (Hit: think of weitg a fusction A+B+C+D+E+F=Ao + Bo + Co + Do + Eo + Fo Answer the following: (a) Solve for the steady-state concentrations of A, B, C, D, E, and F (b) Read the next parts and think of a nice way to solve these easily. (Hint: think of writing a function) (c) How does the solution change if A= 2.0 mol/L? (d) How does the solution change if A= 10.0 mol/L? (e) How does the solution change if Eo = 2.0 mol/L? (f) How does the solution change if the initial concentration of all species 1unitsmol/L