P3.1: In the atmosphere, molecular oxygen is photochemically decomposed as follows: 02+hv0(D) + O(3P) The major loss processes for these atoms are: (3.1) O(D)+MO(3P) +M and (3.2) O(3P)+O+MO+M (3.3) with rate constants k and k, respectively and where M is N or 02. and noting (a) By equating the rate of reaction (3.1) to I abs reaction (3.2), write down a kinetic equation for d[O('D)]/dt. (b) Using the result in (a) find an approximate expression for [O('D)] by applying the steady-state hypothesis to O('D). (c) By integration of the rate law in (a) show that
P3.1: In the atmosphere, molecular oxygen is photochemically decomposed as follows: 02+hv0(D) + O(3P) The major loss processes for these atoms are: (3.1) O(D)+MO(3P) +M and (3.2) O(3P)+O+MO+M (3.3) with rate constants k and k, respectively and where M is N or 02. and noting (a) By equating the rate of reaction (3.1) to I abs reaction (3.2), write down a kinetic equation for d[O('D)]/dt. (b) Using the result in (a) find an approximate expression for [O('D)] by applying the steady-state hypothesis to O('D). (c) By integration of the rate law in (a) show that
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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Question
O(1D) is just O*
O(3P) is just oxgen molecule O.
adapted from the textbook atmospheric chemistry: from the surface to the stratosphere (Grant Ritcie)
could you plz provide the solutions for questions A to F
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