1. One kmol of liquid dodecane (C12H26) is burned with air, develop combustion equation, and determine...

 

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1. One kmol of liquid dodecane (C12H26) is burned with air, develop combustion equation, and determine i) the number of moles in the products and ii) the air-fuel ratio for the following cases: Reactants Fuel C12H26 Products Combustion Chamber Products According to the case Air 02+3.76 N2 a) Complete combustion, b) Complete combustion with 300% of theorical air, c) Incomplete combustion with 75% of theorical air (CO2, H2O, CO, and N2 in products), and d) Determine the enthalpy of combustion of dodecane (C12H26) at 25C and 1 atm for the case a) in kJ/kg C12H26. Assume the water in the products is in the vapor form. 1. One kmol of liquid dodecane (C12H26) is burned with air, develop combustion equation, and determine i) the number of moles in the products and ii) the air-fuel ratio for the following cases: Reactants Fuel C12H26 Products Combustion Chamber Products According to the case Air 02+3.76 N2 a) Complete combustion, b) Complete combustion with 300% of theorical air, c) Incomplete combustion with 75% of theorical air (CO2, H2O, CO, and N2 in products), and d) Determine the enthalpy of combustion of dodecane (C12H26) at 25C and 1 atm for the case a) in kJ/kg C12H26. Assume the water in the products is in the vapor form.