stream containing 10 % CH4 and 90 % air is to be heated from 20 C to 300 C, Calculate the required rate of heat input in kilowatts if the flow rate of the gas (is 89.3 mol/min. Assume ideal gas behavior. The specific enthalpy of air, H ^air,in= -0.15 kJ/mol and H air,out= 8.17 k.J/mol. Q= 11,22.89 kw The heat capacity of methane is given by C, (kJ/(mol °C)) = 0.03431 + 5.469 × 10°T + 0.3661 x 10*T - 11.0 x 10127 %3D
stream containing 10 % CH4 and 90 % air is to be heated from 20 C to 300 C, Calculate the required rate of heat input in kilowatts if the flow rate of the gas (is 89.3 mol/min. Assume ideal gas behavior. The specific enthalpy of air, H ^air,in= -0.15 kJ/mol and H air,out= 8.17 k.J/mol. Q= 11,22.89 kw The heat capacity of methane is given by C, (kJ/(mol °C)) = 0.03431 + 5.469 × 10°T + 0.3661 x 10*T - 11.0 x 10127 %3D
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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![stream containing 10 % CH4 and 90 % air is to be heated from 20 C to 300 C. Calculate
the required rate of heat input in kilowatts if the flow rate of the gas (is 89.3 mol/min.
Assume ideal gas behavior. The specific enthalpy of air, H air,in= -0.15 kJ/mol and H^
air,out= 8.17 kJ/mol.
Q= 11,22.89 kw
The heat capacity of methane is given by
C, (kJ/(mol °C)) = 0.03431 + 5.469 × 10°T + 0.3661 x 10*T - 11.0 x 10127
%3D](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe2d2efeb-b38b-40e6-920a-125b97a4380c%2F043a79ba-217e-4c72-a966-22de2fe563d2%2Fcynol6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:stream containing 10 % CH4 and 90 % air is to be heated from 20 C to 300 C. Calculate
the required rate of heat input in kilowatts if the flow rate of the gas (is 89.3 mol/min.
Assume ideal gas behavior. The specific enthalpy of air, H air,in= -0.15 kJ/mol and H^
air,out= 8.17 kJ/mol.
Q= 11,22.89 kw
The heat capacity of methane is given by
C, (kJ/(mol °C)) = 0.03431 + 5.469 × 10°T + 0.3661 x 10*T - 11.0 x 10127
%3D
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