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Chlorine atoms in the upper atmosphere reduce the level of ozone because: A. they cause ozone molecules to collide in the correct orientation for reaction. B. they lower the activation energy needed to convert ozone to oxygen. C. they increase the frequency of collisions between ozone molecules. D. they slow the rate of reaction between oxygen molecules.
Chlorine atoms in the upper atmosphere reduce the level of ozone because: A. they cause ozone molecules to collide in the correct orientation for reaction. B. they lower the activation energy needed to convert ozone to oxygen. C. they increase the frequency of collisions between ozone molecules. D. they slow the rate of reaction between oxygen molecules.
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Reid WolffLv2
31 Jul 2019
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