A simple non-premixed stoichiometric Benzene (CH) and Air flame is assumed to have an infinitely fast...

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A simple non-premixed stoichiometric Benzene (CH) and Air flame is assumed to have an infinitely fast reaction to CO and H0 (assume N remains inert). For this idealized combustion system: 2 4. a. Calculate the mixture fraction at stoichiometric condition. b. Calculate the mass fractions of the products at the stoichiometric mixture fraction. c. What are the mass fractions of products and reactants at a mixture fraction of 0.5? d. Develop an expression for: YC6H6 YCO YO YN2 and YH0 in terms of the mixture fraction for both the oxygen and fuel sides. e. Graph the resulting expressions " A simple non-premixed stoichiometric Benzene (CH) and Air flame is assumed to have an infinitely fast reaction to CO and H0 (assume N remains inert). For this idealized combustion system: 2 4. a. Calculate the mixture fraction at stoichiometric condition. b. Calculate the mass fractions of the products at the stoichiometric mixture fraction. c. What are the mass fractions of products and reactants at a mixture fraction of 0.5? d. Develop an expression for: YC6H6 YCO YO YN2 and YH0 in terms of the mixture fraction for both the oxygen and fuel sides. e. Graph the resulting expressions "