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Diesel fuel C₁2H23 being pump out of the tank going to the burner is burned with 10% excess air at a rate of 30 kg/min. Determine: a. The complete actual combustion equation b. The amount of air needed for the combustion in kg/min c. The higher heating value of the fuel in kJ/kg d. The volume of the fuel tank in m³ needed to operate in 1 day (24 hrs) if the ambient temperature is 40°C e. The orsat analysis (Volumetric Dry Flue Gas Analysis) for each flue gas element content

Diesel fuel C₁2H23 being pump out of the tank going to the burner is burned with 10% excess air at a rate of 30 kg/min. Determine: a. The complete actual combustion equation b. The amount of air needed for the combustion in kg/min c. The higher heating value of the fuel in kJ/kg d. The volume of the fuel tank in m³ needed to operate in 1 day (24 hrs) if the ambient temperature is 40°C e. The orsat analysis (Volumetric Dry Flue Gas Analysis) for each flue gas element content

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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Diesel fuel C₁2H23 being pump out of the tank going to the burner is burned with 10% excess air at a rate of 30 kg/min. Determine: a. The complete actual combustion equation b. The amount of air needed for the combustion in kg/min c. The higher heating value of the fuel in kJ/kg d. The volume of the fuel tank in m³ needed to operate in 1 day (24 hrs) if the ambient temperature is 40°C e. The orsat analysis (Volumetric Dry Flue Gas Analysis) for each flue gas element content
Transcribed Image Text:Diesel fuel C₁2H23 being pump out of the tank going to the burner is burned with 10% excess air at a rate of 30 kg/min. Determine: a. The complete actual combustion equation b. The amount of air needed for the combustion in kg/min c. The higher heating value of the fuel in kJ/kg d. The volume of the fuel tank in m³ needed to operate in 1 day (24 hrs) if the ambient temperature is 40°C e. The orsat analysis (Volumetric Dry Flue Gas Analysis) for each flue gas element content
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