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3. Calculate the adiabatic flame temperature and the product composition of liquid ethylene oxide decomposing at 20 atm by the reaction: C2H4OaCO + bCH4

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3. Calculate the adiabatic flame temperature and the product composition of liquid ethylene oxide decomposing at 20 atm by the reaction: C2H4OaCO + bCH4 + cH2 + dC2H4 The equilibrium reaction known to exist is: 2CH4 + 2H2 + C2H4 The heat of formation of liquid ethylene oxide is AH%; =-76700 kJ/Kmol. The ethylene oxide enters the decomposition chamber at 298 K.

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