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Benzene gas (CaHs) at 25°C, I atm enters a combustion chamber operating at steady stan and burns with theoretical air entering at 25°C, 1 atm. The products exit at 980 K. (a) Write the balanced chemical equation of the complete combustion of Benzene wit. the theoretical amount of air. zb6-26 (b) Determine the mass flow rate of the fuel, in kg/s, to provide heat transfer at a rate b-3 %3D of 1000 kW. J HD -0 Take: Air: Oz +3.76 Na M(air) = 28 97 kaf

Benzene gas (CaHs) at 25°C, I atm enters a combustion chamber operating at steady stan and burns with theoretical air entering at 25°C, 1 atm. The products exit at 980 K. (a) Write the balanced chemical equation of the complete combustion of Benzene wit. the theoretical amount of air. zb6-26 (b) Determine the mass flow rate of the fuel, in kg/s, to provide heat transfer at a rate b-3 %3D of 1000 kW. J HD -0 Take: Air: Oz +3.76 Na M(air) = 28 97 kaf

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Benzene gas (CaHs) at 25°C, I atm enters a combustion chamber operating at steady state and burns with theoretical air entering at 25°C, 1 atm. The products exit at 980 K. (a) Write the balanced chemical equation of the complete combustion of Benzene with the theoretical amount of air. ¶zb 6=2b -3 (b) Determine the mass flow rate of the fuel, in kg/s, to provide heat transfer at a rate %3D of 1000 kW. Q-aH [ Take: Air: O2 +3.76 N2 M(air)= 28.97 kg/kmol M(CH«) = 78.11 kg/kmol The Nitrogen is inert.
Transcribed Image Text:Benzene gas (CaHs) at 25°C, I atm enters a combustion chamber operating at steady state and burns with theoretical air entering at 25°C, 1 atm. The products exit at 980 K. (a) Write the balanced chemical equation of the complete combustion of Benzene with the theoretical amount of air. ¶zb 6=2b -3 (b) Determine the mass flow rate of the fuel, in kg/s, to provide heat transfer at a rate %3D of 1000 kW. Q-aH [ Take: Air: O2 +3.76 N2 M(air)= 28.97 kg/kmol M(CH«) = 78.11 kg/kmol The Nitrogen is inert.
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