1. Using the enthalpy of reaction he data at 3000K and the Kp value at 2800 K of the combustion process A2 + B₂ = 2AB (Kp = 0.385 @2800 K) a) Estimate the Kp value at 3200 K ) Determine the equilibrium mole fraction of AB when the pressure is 101 kPa and the temperature is 3200 K h₂98k h 3000K kJ/kmol kJ/kmol A2 B2 AB hi kJ/kmol 0 0 91,290 8,682 8,669 0 106,780 105,115 94,970
1. Using the enthalpy of reaction he data at 3000K and the Kp value at 2800 K of the combustion process A2 + B₂ = 2AB (Kp = 0.385 @2800 K) a) Estimate the Kp value at 3200 K ) Determine the equilibrium mole fraction of AB when the pressure is 101 kPa and the temperature is 3200 K h₂98k h 3000K kJ/kmol kJ/kmol A2 B2 AB hi kJ/kmol 0 0 91,290 8,682 8,669 0 106,780 105,115 94,970
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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
Transcribed Image Text:Using the enthalpy of reaction he data at 3000K and the Kp value at 2800 K of the combustion process A2
+ B2 = 2AB (Kp = 0.385 @2800 K)
1.
a) Estimate the Kp value at 3200 K
b) Determine the equilibrium mole fraction of AB when the pressure is 101 kPa and the temperature is 3200 K
ħ298K
ħ3000K
kJ/kmol
kJ/kmol
kJ/kmol
A2
8,682
106,780
B2
8,669
105,115
АВ
91,290
94,970
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