Find the constant volume combustion adiabatic flame temperature for stoichiometric methane and air initially at standard...
Find the constant volume combustion adiabatic flame temperature for stoichiometric methane and air initially at standard conditions. Assume complete combustion. The constant pressure AFT for methane and air is 2327 K. Why is the AFT is higher for constant volume combustion?
Homework Answers
thus AFT at constant volume is
2988.35 K
AFT at constant volume is greater than AFT at constant pressure because no energy is utilised to change the volume of the system (work done is zero for constant volume process)
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Find the constant volume combustion adiabatic flame temperature
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For
calculating an "adiabatic flame temperature" it is customary to
assume that the reactants (input) are at the reference temperature
(298 K or 537 oR).
Psi is equal to 3
Your assigned value of wis (You will lose 1 pt if this is blank). Methane (CH) is burned with (110 +0.3 )% of theoretical air. (Hence, if y = 3 the methane is burned with 110.9% theoretical air). The mixture enters the combustion chamber at 25°C. A) Find the Air/Fuel...
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