1. Propane (C,Hs) g and (1.2) theoretical air both at a temperature of (25C) undergoes a...

 

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1. Propane (C,Hs) g and (1.2) theoretical air both at a temperature of (25°C) undergoes a steady-state combustion and the combustion products leave at a temperature of (1000 k). Calculate: i. Enthalpy of the reactants. ii. Enthalpy of the products. iii. Enthalpy of combustion. Note: amu for (H-1, C=12, N=14, 0=16) Q2\ (50 marks) Ethane (C,H,) is burned with (0.9) theoretical air, assuming complete combustion of hydrogen in the fuel. Determine the volumetrie analysis of dry products of combustion? Also, briefly discuss the results of volumetric analysis if the theoretical air became (0.7)? 1. Propane (C,Hs) g and (1.2) theoretical air both at a temperature of (25°C) undergoes a steady-state combustion and the combustion products leave at a temperature of (1000 k). Calculate: i. Enthalpy of the reactants. ii. Enthalpy of the products. iii. Enthalpy of combustion. Note: amu for (H-1, C=12, N=14, 0=16) Q2\ (50 marks) Ethane (C,H,) is burned with (0.9) theoretical air, assuming complete combustion of hydrogen in the fuel. Determine the volumetrie analysis of dry products of combustion? Also, briefly discuss the results of volumetric analysis if the theoretical air became (0.7)?