Engineering, 05.05.2020 06:29 donttrip10

A 0.410 mol n-butane/mol, 0.590 mol propane/mol mixture at 25Â°C enters a furnace. In a separate stream, air enters the furnace in 10.0% excess at 171.0Â°C. The fuel reacts completely. Calculate the adiabatic flame temperature by following the steps below. Take 100 mol of fuel as the basis. Assume the heat capacity for O2 is 3.31 Ã 10-2 kJ/(molÂ·Â°C), N2 is 3.13 Ã 10-2 kJ/(molÂ·Â°C), H2O is 3.85 Ã 10-2 kJ/(molÂ·Â°C), and CO2 is 5.00 Ã 10-2 kJ/(molÂ·Â°C).

What is N2, the moles of air entering the furnace?

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A 0.410 mol n-butane/mol, 0.590 mol propane/mol mixture at 25Â°C enters a furnace. In a separate str...

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