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3A  +  C   →   D     (rate constant = k1)

3A  +  C   →   D     (rate constant = k1)

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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1.   3A  +  C   →   D     (rate constant = k1)

2.   A  +   D  →   G  + D    (rate constant = k2)

3.   D  +   G  →   2C    (rate constant = k3)

4.   A  +  0.5G  →  D + C    (rate constant = k4)

 

Express the net change of [A] AND [C]

SELECT 2 ANSWERS

Be attentive to the stoichiometric coefficients and their position!

Select one or more:
a. ?[?]/??=d[A]dt= - k1[A]3[C]-k2[A][D]-k4[A][G]0.5
b. ?[?]/??=d[A]dt= +k1[A]3[C]+k2[A][D]+k4[A][G]0.5 
c. ?[?]/??=d[A]dt= -3*k1[A][C]-k2[A][D]-0.5*k4[A][G]
d. ?[?]/??=d[A]dt= +3*k1[A][C]+k2[A][D]+0.5*k4[A][G]
e. ?[?]/??=d[C]dt= +k1[A]3[C]-k3[D][G]-k4[A][G]0.5 
f. ?[?]/??=d[C]dt= -k1[A]3[C]+k3[D][G]+k4[A][G]0.5 

g. ?[?]/??=d[C]dt= -k1[A]3[C]+2*k3[D][G]+k4[A][G]0.5 

h. ?[?]/??=d[C]dt= +k1[A]3[C]-2*k3[D][G]-k4[A][G]0.5 
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