Exercase 1 Cu Approximate determination of Calculate the flame temperature air. Initial gases are being considered at 298K. The standard molar enthalpies of formation are given. (CO₂, 9) = -99.05 kcal mol-1 D#f, 298 sty, aas (C019) 298 in Calmol-¹ X²¹ give We also a flame temperature of CD buming in со = -26.4 Kcal mui -1 the molar heats at Constant Cp (C219) = 7.3 + 47.8 × 104 T C₂ (N2,8) = 6.5 + 10³ T It is assumed of pressure that such a reaction is carried out 295K in an advabatic chamber. The heat. provided by the combustion servies to raise the temperature. of the reaction products. The following reaction is taken as the combustion reaction CO (9) + 10₂ 10 +2 N₂00 CO₂ +213(0) CL et i) (ii
Exercase 1 Cu Approximate determination of Calculate the flame temperature air. Initial gases are being considered at 298K. The standard molar enthalpies of formation are given. (CO₂, 9) = -99.05 kcal mol-1 D#f, 298 sty, aas (C019) 298 in Calmol-¹ X²¹ give We also a flame temperature of CD buming in со = -26.4 Kcal mui -1 the molar heats at Constant Cp (C219) = 7.3 + 47.8 × 104 T C₂ (N2,8) = 6.5 + 10³ T It is assumed of pressure that such a reaction is carried out 295K in an advabatic chamber. The heat. provided by the combustion servies to raise the temperature. of the reaction products. The following reaction is taken as the combustion reaction CO (9) + 10₂ 10 +2 N₂00 CO₂ +213(0) CL et i) (ii
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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![Exercase 1 Cu
Approximate determination of a flame temperature
of CO
Calculate the flame temperature
burning
air. Initial
are being considered at 298K.
The standard molar enthalpies of formation are given.
gases
(CO₂, 9)
= -99.05 kcal mol-1
D#7, 278
Attf, aas (00,g) = -26.4 kcal met-1
give the molar heats at Constant pressure
in Calma-¹ Kr.
Cp (C219) = 7.3 + 47.8 x 104 T
6.5 + 10³ T
C₂ (Narg)
It is assumed
N
that such a reaction is carried out
at 298k in an advabatic chamber. The heat
provided by the combustion series to raise the
temperature of the readron products.
The following reaction is taken as the
Combustion
reaction
CO 197 + 102 (9) + 2 Nacg)
CO2(g)
cuss
+2 N3 (9)
et a
i) Fi
(ii) C
Fin
T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F96b6c190-af9c-4cfb-bfe0-dca6b5c7508c%2F9fae05a0-aa5f-484a-ae62-9422bfed754c%2Ffd6ms_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Exercase 1 Cu
Approximate determination of a flame temperature
of CO
Calculate the flame temperature
burning
air. Initial
are being considered at 298K.
The standard molar enthalpies of formation are given.
gases
(CO₂, 9)
= -99.05 kcal mol-1
D#7, 278
Attf, aas (00,g) = -26.4 kcal met-1
give the molar heats at Constant pressure
in Calma-¹ Kr.
Cp (C219) = 7.3 + 47.8 x 104 T
6.5 + 10³ T
C₂ (Narg)
It is assumed
N
that such a reaction is carried out
at 298k in an advabatic chamber. The heat
provided by the combustion series to raise the
temperature of the readron products.
The following reaction is taken as the
Combustion
reaction
CO 197 + 102 (9) + 2 Nacg)
CO2(g)
cuss
+2 N3 (9)
et a
i) Fi
(ii) C
Fin
T.
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