What is denitrification in the context of ozone depletion, and why is it important? O Denitrification is the significant lowering of the concentration of N₂ (g) in the stratosphere. This process is crucial to ozone formation, as it creates space in the stratosphere for formed ozone to reside. O Denitrification is removal of NO (g) from the stratosphere. This is important because NO can act as a significant X catalyst and drive ozone depletion. O Denitrification is the removal of NO₂ (g) from the stratosphere. This process increases ozone depletion, since it prevents CIO (g) from being stored as catalytically inactive CIONO₂ (g)

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What is denitrification in the context of ozone depletion, and why is it important?
O Denitrification is the significant lowering of the concentration of N₂ (g) in the stratosphere. This process is crucial to ozone
formation, as it creates space in the stratosphere for formed ozone to reside.
O Denitrification is removal of NO (g) from the stratosphere. This is important because NO can act as a significant X catalyst and
drive ozone depletion.
O Denitrification is the removal of NO₂ (g) from the stratosphere. This process increases ozone depletion, since it prevents CIO (g)
from being stored as catalytically inactive CIONO₂ (g)
Transcribed Image Text:What is denitrification in the context of ozone depletion, and why is it important? O Denitrification is the significant lowering of the concentration of N₂ (g) in the stratosphere. This process is crucial to ozone formation, as it creates space in the stratosphere for formed ozone to reside. O Denitrification is removal of NO (g) from the stratosphere. This is important because NO can act as a significant X catalyst and drive ozone depletion. O Denitrification is the removal of NO₂ (g) from the stratosphere. This process increases ozone depletion, since it prevents CIO (g) from being stored as catalytically inactive CIONO₂ (g)
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