Over the past several years, the atmospheric ozone concentration over Antarctica has decreased during the winter. The reaction that causes this is shown below:NO(g)+O3(g)⟶NO2(g)+O2(g)Using the data obtained at 100 degree Celsius, determine the rate law for this process:Trial[NONO][O3O3 ]Rate11.00x10−61.00x10^-6 3.00x10−63.00x10^-6 6.60x10−56.60x10^-5 21.00x10−61.00x10^-6 6.00x10−66.00x10^-6 1.32x10−41.32x10^-4 31.00x10−61.00x10^-6 9.00x10−69.00x10^-6 1.98x10−41.98x10^-4 43.00x10−63.00x10^-6 9.00x10−69.00x10^-6 1.78x10−31.78x10^-3 None of these.rate=k[NO]rate=k[NO][O3]rate=k[NO]^2[O3]rate=k[NO][O3]^2

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Answered: Over the past several years, the…

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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Over the past several years, the atmospheric ozone concentration over Antarctica has decreased during the winter. The reaction that causes this is shown below:

NO(g)+O3(g)⟶NO2(g)+O2(g)
Using the data obtained at 100 degree Celsius, determine the rate law for this process:

Trial	[NONO]	[O3O3 ]	Rate
1	1.00x10−61.00x10^-6	3.00x10−63.00x10^-6	6.60x10−56.60x10^-5
2	1.00x10−61.00x10^-6	6.00x10−66.00x10^-6	1.32x10−41.32x10^-4
3	1.00x10−61.00x10^-6	9.00x10−69.00x10^-6	1.98x10−41.98x10^-4
4	3.00x10−63.00x10^-6	9.00x10−69.00x10^-6	1.78x10−31.78x10^-3

None of these.
rate=k[NO]
rate=k[NO][O3]
rate=k[NO]^2[O3]
rate=k[NO][O3]^2

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