Butane (C4H10) is completely combusted with air. All of the questions on this page refer to this process. Air contains 21% oxygen (O2) and 79% nitrogen (N2) on a molar basis. Element Symbol Molar Mass (kg/kmole) Hydrogen Carbon 12 14 Nitrogen Oxygen 16 mair AF = %3D Mfuel % Excess Air = % of Theoretical (Stochiometric) Air - 100 % How many kmoles of air (per kmole butane) would be needed for combustion at stochiometric conditions?

Elements Of Electromagnetics
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Butane (C4H10) is completely combusted with air.
All of the questions on this page refer to this process.
Air contains 21% oxygen (O2) and 79% nitrogen (N2) on a molar basis.
Element
Symbol
Molar Mass (kg/kmole)
H.
Hydrogen
Carbon
C
12
14
Nitrogen
Охуgen
16
mair
AF =
mfuel
% Excess Air = % of Theoretical (Stochiometric) Air - 100 %
How many kmoles of air (per kmole butane) would be needed for combustion at
stochiometric conditions?
Transcribed Image Text:Butane (C4H10) is completely combusted with air. All of the questions on this page refer to this process. Air contains 21% oxygen (O2) and 79% nitrogen (N2) on a molar basis. Element Symbol Molar Mass (kg/kmole) H. Hydrogen Carbon C 12 14 Nitrogen Охуgen 16 mair AF = mfuel % Excess Air = % of Theoretical (Stochiometric) Air - 100 % How many kmoles of air (per kmole butane) would be needed for combustion at stochiometric conditions?
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