Identify the overall rate law for a reaction that has the following mechanism:Step 1 - Fast 0, N2H2=02N2H¯ + H*Step 2 - Slow O2NH¯ → N2O+ OH¯Step 3 - Fast H* + OH→ H,OO ratek[O2 N2 H¯]°O ratek[02 N2 H-][H+]rate[02 N2 H2]k-[H*]rate =k (02 N2 H-]

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Identify the overall rate law for a reaction that has the following mechanism: Step 1 - Fast 0, ,H2=02N2H¯ + H* Step 2 - Slow 02 N2H¯ → N20+ OH Step 3 - Fast H* + OH → H20 O rate k[O2 N2 H-] %3D O rate = k[02 N2 H-] [H+] [02 N2 H2] rate k- [H*] O rate = k [O2 N2 H¯]

Identify the overall rate law for a reaction that has the following mechanism: Step 1 - Fast 0, ,H2=02N2H¯ + H* Step 2 - Slow 02 N2H¯ → N20+ OH Step 3 - Fast H* + OH → H20 O rate k[O2 N2 H-] %3D O rate = k[02 N2 H-] [H+] [02 N2 H2] rate k- [H*] O rate = k [O2 N2 H¯]

Chemistry: Principles and Practice

3rd Edition

ISBN:9780534420123

Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer

Chapter13: Chemical Kinetics

Section: Chapter Questions

Problem 13.75QE

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Question

Identify the overall rate law for a reaction that has the following mechanism:
Step 1 - Fast 0, N2H2=02N2H¯ + H*
Step 2 - Slow O2NH¯ → N2O+ OH¯
Step 3 - Fast H* + OH→ H,O
O rate
k[O2 N2 H¯]°
O rate
k[02 N2 H-][H+]
rate
[02 N2 H2]
k-
[H*]
rate =
k (02 N2 H-]

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