Answer the questions below based on the following proposed mechanism: (1) Broaq) +Haq) HBrO 3(9) (2) HBrO 3(aq) + Hag) =H₂Bro(aq) (3) Brinq) + H₂BrO(g) ₁(Br-BrO₂)(aq) + H₂O(1) (4) (Br-BrO₂)(aq) +4H(+4Br(aq) 3Br2(+2H₂O( (fast equilibrium) (fast equilibrium) (slow) (fast) Blank 1: What is the overall reaction? Put brackets around each ion and add the charge of the ion on the outside of the brackets. Don't include states. Blank 2: What are the intermediates in the mechanism? Blank 3: What is the molecularity of the third elementary step? Blank 4: Which step is the rate determining step? Blank 5: What is the rate law predicted by this mechanism? Show all k constants, put brackets around each ion and add the charge of the ion on the outside of the brackets. Separate each species with square brackets [].
Answer the questions below based on the following proposed mechanism: (1) Broaq) +Haq) HBrO 3(9) (2) HBrO 3(aq) + Hag) =H₂Bro(aq) (3) Brinq) + H₂BrO(g) ₁(Br-BrO₂)(aq) + H₂O(1) (4) (Br-BrO₂)(aq) +4H(+4Br(aq) 3Br2(+2H₂O( (fast equilibrium) (fast equilibrium) (slow) (fast) Blank 1: What is the overall reaction? Put brackets around each ion and add the charge of the ion on the outside of the brackets. Don't include states. Blank 2: What are the intermediates in the mechanism? Blank 3: What is the molecularity of the third elementary step? Blank 4: Which step is the rate determining step? Blank 5: What is the rate law predicted by this mechanism? Show all k constants, put brackets around each ion and add the charge of the ion on the outside of the brackets. Separate each species with square brackets [].
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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![Answer the questions below based on the following proposed mechanism:
(1) Bro(aq) +Haq)
HBrO 3(9)
(2) HBrO 3(aq) +H(aq)
=H₂Bro(aq)
(3) Briaq) +H₂BrO3(aq)
₁(Br-BrO₂)(aq) + H₂O (1)
(4) (Br - BrO₂)(aq) +4H(q) +4Br(aq) 3Br2(1) +2H₂O(1)
(fast equilibrium)
(fast equilibrium)
(slow)
(fast)
Blank 1: What is the overall reaction? Put brackets around each ion and add the
charge of the ion on the outside of the brackets. Don't include states.
Blank 2: What are the intermediates in the mechanism?
Blank 3: What is the molecularity of the third elementary step?
Blank 4: Which step is the rate determining step?
Blank 5: What is the rate law predicted by this mechanism? Show all k constants, put
brackets around each ion and add the charge of the ion on the outside of the
brackets. Separate each species with square brackets [].](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd82885f1-b115-440e-b2db-f303a4907f8c%2F140380ff-5a97-4c6e-9580-8bd5a9524a1e%2Fv396vyp_processed.png&w=3840&q=75)
Transcribed Image Text:Answer the questions below based on the following proposed mechanism:
(1) Bro(aq) +Haq)
HBrO 3(9)
(2) HBrO 3(aq) +H(aq)
=H₂Bro(aq)
(3) Briaq) +H₂BrO3(aq)
₁(Br-BrO₂)(aq) + H₂O (1)
(4) (Br - BrO₂)(aq) +4H(q) +4Br(aq) 3Br2(1) +2H₂O(1)
(fast equilibrium)
(fast equilibrium)
(slow)
(fast)
Blank 1: What is the overall reaction? Put brackets around each ion and add the
charge of the ion on the outside of the brackets. Don't include states.
Blank 2: What are the intermediates in the mechanism?
Blank 3: What is the molecularity of the third elementary step?
Blank 4: Which step is the rate determining step?
Blank 5: What is the rate law predicted by this mechanism? Show all k constants, put
brackets around each ion and add the charge of the ion on the outside of the
brackets. Separate each species with square brackets [].
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