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Develop AHR from Cp values, as a function of temperature for the conversion of ethylene to ethane. Using the data below. AH, For ethane at 298 = - 20236 cal/gmol. Compound Bx 10+3 yx 10+6 (4) C₂H4 H₂ C₂H6 AH F 298 kcal a /kgmol 12496 0 -20236 2.830 6.947 2.247 28.601 -02.00 38.201 -8.726 0.481 -11.049

Develop AHR from Cp values, as a function of temperature for the conversion of ethylene to ethane. Using the data below. AH, For ethane at 298 = - 20236 cal/gmol. Compound Bx 10+3 yx 10+6 (4) C₂H4 H₂ C₂H6 AH F 298 kcal a /kgmol 12496 0 -20236 2.830 6.947 2.247 28.601 -02.00 38.201 -8.726 0.481 -11.049

Introduction to Chemical Engineering Thermodynamics
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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(4) Develop AHR from Cp values, as a function of temperature for the conversion of ethylene to ethane. Using the data below. AH, For ethane at 298 = - 20236 cal/gmol. Bx 10+3 Y x 10+ Compound C₂H4 H₂ C₂H6 AHF 298 /kgmol 12496 0 -20236 kcal a 2.830 28.601 6.947 -02.00 2.247 38.201 -8.726 0.481 -11.049
Transcribed Image Text:(4) Develop AHR from Cp values, as a function of temperature for the conversion of ethylene to ethane. Using the data below. AH, For ethane at 298 = - 20236 cal/gmol. Bx 10+3 Y x 10+ Compound C₂H4 H₂ C₂H6 AHF 298 /kgmol 12496 0 -20236 kcal a 2.830 28.601 6.947 -02.00 2.247 38.201 -8.726 0.481 -11.049
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