Q6. The following are multistep reactions to produce D and F.a. A (g)> 2 B (1)b. В (1) + 2 С (g)D (g) + E (g)с. Е (g) + B(I)2 F (g)Show that the overall Qc equals the product of the Qc's for the individual steps.

Given reactions, A(g) → 2B(l)B(l) + 2C(g) → D(g) + E(g)E(g) + B(l) → 2F(g) It is required to show…

Answered: Q6. The following are multistep…

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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Q6. The following are multistep reactions to produce D and F.
a. A (g)
> 2 B (1)
b. В (1) + 2 С (g)
D (g) + E (g)
с. Е (g) + B(I)
2 F (g)
Show that the overall Qc equals the product of the Qc's for the individual steps.

Expert Solution

Step 1

Given reactions,

$A (g) \to 2 B (l) B (l) + 2 C (g) \to D (g) + E (g) E (g) + B (l) \to 2 F (g)$

It is required to show overall Q_c equals the product of the Q_c's for the individual steps.

Step 2

Reaction 1: $A (g) \to 2 B (l)$

$Q_{c 1} = \frac{{[B]}^{2}}{[A]}$

Reaction 2: $B (l) + 2 C (g) \to D (g) + E (g)$

$Q_{c 2} = \frac{[D] [E]}{[B] {[C]}^{2}}$

Reaction 3: $E (g) + B (l) \to 2 F (g)$

$Q_{c 3} = \frac{{[F]}^{2}}{[E] [B]}$

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Q6. The following are multistep reactions to produce D and F. a. A (g) 2 В() b. B (1) + 2 C (g) D (g) + E (g) c. E (g) + B (1) – 2 F (g) Show that the overall Qc equals the product of the Qc's for the individual steps.