please fast

with matlab

Please use a new script (.m) file and save it with your FirstName_ID_Q2. Consider the following reactions for the chlorination of benzene: C6H6+Cl2C6H5Cl+HClC6H5Cl+Cl2C6H4Cl2+HClC6H4Cl2+Cl2C6H3Cl3+HCl The reactor outlet stream is analyzed and found to contain 13%C6H4Cl2 and 10%C6H3Cl3,90% of C6H6 is converted. Using the extent of reaction method, determine component molar flowrates of the product stream. Explain your answer as follows: a) Construct the degree of freedom table (on paper) (2 Marks) b) Write a system of linear equations (on paper) (5 Marks) c) Solve the set of linear equations in MATLAB. d) Write your final answers on paper also. (5 Marks) (3 Marks) Note: All percentages are given as mol%. Conversion=ReactantfedtothereactorReactantconsumedinthereaction=lnIn0ut Please use a new script (.m) file and save it with your FirstName_ID_Q2. Consider the following reactions for the chlorination of benzene: C6H6+Cl2C6H5Cl+HClC6H5Cl+Cl2C6H4Cl2+HClC6H4Cl2+Cl2C6H3Cl3+HCl The reactor outlet stream is analyzed and found to contain 13%C6H4Cl2 and 10%C6H3Cl3,90% of C6H6 is converted. Using the extent of reaction method, determine component molar flowrates of the product stream. Explain your answer as follows: a) Construct the degree of freedom table (on paper) (2 Marks) b) Write a system of linear equations (on paper) (5 Marks) c) Solve the set of linear equations in MATLAB. d) Write your final answers on paper also. (5 Marks) (3 Marks) Note: All percentages are given as mol%. Conversion=ReactantfedtothereactorReactantconsumedinthereaction=lnIn0ut