Calculate the adiabatic flame temperature reached when compound (AX) is combusted at 298 K with the stoichiometric number of moles of oxygen. The combustion reaction with stoichiometric amount of...

Calculate the adiabatic flame temperature reached when compound (AX) is combusted at 298 K with the<br>stoichiometric number of moles of oxygen.<br>The combustion reaction with stoichiometric amount of oxygen is<br>AX + 2.5 02 → 2 AO2 + 2 X20<br>AH298 (J/mole)<br>Cp (J/mole.K)<br>AX<br>1000000<br>AO2<br>- 3225000<br>82.15 + 0.0776*T- 560000*T?<br>X20<br>- 2812000<br>78.0 + 0.01258*T+ 150000*T2<br>

Extracted text: Calculate the adiabatic flame temperature reached when compound (AX) is combusted at 298 K with the stoichiometric number of moles of oxygen. The combustion reaction with stoichiometric amount of oxygen is AX + 2.5 02 → 2 AO2 + 2 X20 AH298 (J/mole) Cp (J/mole.K) AX 1000000 AO2 - 3225000 82.15 + 0.0776*T- 560000*T? X20 - 2812000 78.0 + 0.01258*T+ 150000*T2

Jun 09, 2022

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Calculate the adiabatic flame temperature reached when compound (AX) is combusted at 298 K with the stoichiometric number of moles of oxygen. The combustion reaction with stoichiometric amount of...

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