Q4) A stoichiometric mixture of a hydrocarbon fuel C,H12 and air is burned in steady flow combustion chamber. Both the fuel and air enters at 25 °C and products leaves at 2200K. Find:- 1- The enthalpy of combustion at 25 °C. 2- The mass flow rate of fuel required to supply heat at a rate of 1000 KW, (Assume no dissociation). The percentage of CO, that would be dissociate at products temperature.
Q4) A stoichiometric mixture of a hydrocarbon fuel C,H12 and air is burned in steady flow combustion chamber. Both the fuel and air enters at 25 °C and products leaves at 2200K. Find:- 1- The enthalpy of combustion at 25 °C. 2- The mass flow rate of fuel required to supply heat at a rate of 1000 KW, (Assume no dissociation). The percentage of CO, that would be dissociate at products temperature.
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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Q4) A stoichiometric mixture of a hydrocarbon fuel C6H12 and air is burned in steady flow combustion chamber. Both the fuel and air enters at 25 oC and products leaves at 2200K. Find:-
1- The enthalpy of combustion at 25 oC.
2- The mass flow rate of fuel required to supply heat at a rate of 1000 KW,
(Assume no dissociation).
The percentage of CO2 that would be dissociate at products temperature.
Transcribed Image Text:Q4) A stoichiometric mixture of a hydrocarbon fuel C,H12 and air is burned in steady
flow combustion chamber. Both the fuel and air enters at 25 °C and products leaves
at 2200K. Find:-
1- The enthalpy of combustion at 25 °C.
2- The mass flow rate of fuel required to supply heat at a rate of 1000 KW,
(Assume no dissociation).
The percentage of CO2 that would be dissociate at products temperature.
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