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Q-3: A sample of chimney hot gases was taken at 320°C and 0.92 bar and gave the particulars listed in the table below. For these conditions find: • Gravimetric (Weight) analysis of the mixture. • Gas constant of the mixture in kJ/kg K. • Total enthalpy of the mixture in kJ. • Partial pressure for each constituent in bar. N2 Constituent No. of moles CO2 SO2 kmol 0.045 0.26 0.002 Molecular weight kg/kmol Sp. Heat capacity 44 28 64 kJ/kg K 0.8457 1.040 0.6448 at constant pressure

Q-3: A sample of chimney hot gases was taken at 320°C and 0.92 bar and gave the particulars listed in the table below. For these conditions find: • Gravimetric (Weight) analysis of the mixture. • Gas constant of the mixture in kJ/kg K. • Total enthalpy of the mixture in kJ. • Partial pressure for each constituent in bar. N2 Constituent No. of moles CO2 SO2 kmol 0.045 0.26 0.002 Molecular weight kg/kmol Sp. Heat capacity 44 28 64 kJ/kg K 0.8457 1.040 0.6448 at constant pressure

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Q-3: A sample of chimney hot gases was taken at 320°C and 0.92 bar and gave the particulars listed in the table below. For these conditions find: • Gravimetric (Weight) analysis of the mixture. • Gas constant of the mixture in kJ/kg K. • Total enthalpy of the mixture in kJ. • Partial pressure for each constituent in bar. N2 Constituent No. of moles CO2 SO2 kmol 0.045 0.26 0.002 Molecular weight kg/kmol Sp. Heat capacity at constant pressure 44 28 64 kJ/kg K 0.8457 1.040 0.6448
Transcribed Image Text:Q-3: A sample of chimney hot gases was taken at 320°C and 0.92 bar and gave the particulars listed in the table below. For these conditions find: • Gravimetric (Weight) analysis of the mixture. • Gas constant of the mixture in kJ/kg K. • Total enthalpy of the mixture in kJ. • Partial pressure for each constituent in bar. N2 Constituent No. of moles CO2 SO2 kmol 0.045 0.26 0.002 Molecular weight kg/kmol Sp. Heat capacity at constant pressure 44 28 64 kJ/kg K 0.8457 1.040 0.6448
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