The concentration of H2O in the stratosphere is about 5 ppm. It undergoes photodissociation according to: (a)

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The concentration of H2O in the stratosphere is about 5 ppm. It undergoes photodissociation according to:
The concentration of H2O in the stratosphere is about 5

(a) Write out the Lewis-dot structures for both products and reactant.
(b) Using Table 8.4, calculate the wavelength required to cause this dissociation.
In Table 8.4

The concentration of H2O in the stratosphere is about 5

(c) The hydroxyl radicals, OH, can react with ozone, giving the following reactions:

The concentration of H2O in the stratosphere is about 5

What overall reaction results from these two elementary reactions? What is the catalyst in the overall reaction? Explain.

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Chemistry The Central Science

ISBN: 978-0321696724

12th edition

Authors: Theodore Brown, Eugene LeMay, Bruce Bursten, Catherine Murphy, Patrick Woodward

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