6. For the following reaction set: Az (g) 24 Fast -→ 2A(g) k3 4 (g) + BXA3 (g)XA (g) + BA,(g) Slow A(g) + BA, (g) Determine the OVERALL reaction by adding the reactions together. BA4 (g) Fast a. A219) + Bx4る(g)-×4c)+BA4lg) b. What is/are the intermediate(s) for the reaction? A (91 , BA3 (g) C. What is the predicted rate law. Think of rapid pre-equilibrium. DO NOT SIMPLIFY THE RATE CONSTANT. Yate = K3 [AJE BXA3] rate = %3D ヒー -[ ーフ Aコ= %3D KICA2] ヒ-1 d. Draw the reaction profile. Label all transition states with the double dagger symbol. Label all reaction intermediates with the reaction that occurs. Label the X- and Y- axis. Ensure that your activation energy values are proportional to one another, but do not need have number values. Note that this overall reaction is exothermic.
6. For the following reaction set: Az (g) 24 Fast -→ 2A(g) k3 4 (g) + BXA3 (g)XA (g) + BA,(g) Slow A(g) + BA, (g) Determine the OVERALL reaction by adding the reactions together. BA4 (g) Fast a. A219) + Bx4る(g)-×4c)+BA4lg) b. What is/are the intermediate(s) for the reaction? A (91 , BA3 (g) C. What is the predicted rate law. Think of rapid pre-equilibrium. DO NOT SIMPLIFY THE RATE CONSTANT. Yate = K3 [AJE BXA3] rate = %3D ヒー -[ ーフ Aコ= %3D KICA2] ヒ-1 d. Draw the reaction profile. Label all transition states with the double dagger symbol. Label all reaction intermediates with the reaction that occurs. Label the X- and Y- axis. Ensure that your activation energy values are proportional to one another, but do not need have number values. Note that this overall reaction is exothermic.
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Need help with number 6 D
![actul
6. For the following reaction set:
k1
A2 (g)
+→ 24(g) Fast
k2
k3
A(g)+ BXA3 (g)→ XA (g) + BA3(g) Slow
k4
A(g) + BA (g) BA4 (g) Fast
Determine the OVERALL reaction by adding the reactions together.
a.
Az rg) + BXA3 (9)
ー ×4co) →3A4Lg)
b. What is/are the intermediate(s) for the reaction?
BA3 (g)
ノ
C.
What is the predicted rate law. Think of rapid pre-equilibrium. DO NOT SIMPLIFY THE RATE CONSTANT.
Yate = K3 [AJE BXA3]
rate =
%3D
Ki[Az] =ky[AJ
3DDA]²-7 CAJ=
KICA2]'
ヒ-」
d. Draw the reaction profile. Label all transition states with the double dagger symbol. Label all reaction
intermediates with the reaction that occurs. Label the X- and Y- axis. Ensure that your activation energy values
are proportional to one another, but do not need have number values. Note that this overall reaction is
exothermic.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F560885b1-95a6-46a1-8479-9132da42c8bd%2F8e93fbce-2ff9-4373-9f59-5118f0275f48%2Fylibuw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:actul
6. For the following reaction set:
k1
A2 (g)
+→ 24(g) Fast
k2
k3
A(g)+ BXA3 (g)→ XA (g) + BA3(g) Slow
k4
A(g) + BA (g) BA4 (g) Fast
Determine the OVERALL reaction by adding the reactions together.
a.
Az rg) + BXA3 (9)
ー ×4co) →3A4Lg)
b. What is/are the intermediate(s) for the reaction?
BA3 (g)
ノ
C.
What is the predicted rate law. Think of rapid pre-equilibrium. DO NOT SIMPLIFY THE RATE CONSTANT.
Yate = K3 [AJE BXA3]
rate =
%3D
Ki[Az] =ky[AJ
3DDA]²-7 CAJ=
KICA2]'
ヒ-」
d. Draw the reaction profile. Label all transition states with the double dagger symbol. Label all reaction
intermediates with the reaction that occurs. Label the X- and Y- axis. Ensure that your activation energy values
are proportional to one another, but do not need have number values. Note that this overall reaction is
exothermic.
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