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The depletion of ozone in stratosphere is due to the continues usage of CFCs. These cfc contribute to the depletion of ozone molecules.
Satellite measurements of light passing through the atmosphere
CFCs are swirled around the world by the global winds. This can take up to ten years for them to reach the lower stratosphere but when there they are still effective at destroying ozone. CFCs in fact have a lifespan in the atmosphere of between 50 and 75 years.
Major ozone problems occur in stratosphere. It is where the ozone is located.
There is no rain in the stratosphere because the amount of water in the stratosphere is much lower than in the lower atmosphere, which means the condensation of water vapour which creates rain doesn't occur in the atmosphere.
clouds
The answer is 69 %
The ozone layer, which is part of the stratosphere, is the most affected by fluorocarbons. When chlorofluorocarbons or CFCs are released into the atmosphere, they migrate from the troposphere to the stratosphere after about 3 to 5 years. These CFCs destroy the ozone layer.
The depletion of ozone in stratosphere is due to the continues usage of CFCs. These cfc contribute to the depletion of ozone molecules.
Satellite measurements of light passing through the atmosphere
Light , release Cl which damages ozone .
In the Stratosphere
In the Stratosphere
No
Yes.
CFCs are swirled around the world by the global winds. This can take up to ten years for them to reach the lower stratosphere but when there they are still effective at destroying ozone. CFCs in fact have a lifespan in the atmosphere of between 50 and 75 years.
The Rowland-Molina hypothesis suggested that chlorofluorocarbons (CFCs) could deplete the ozone layer in the Earth's stratosphere. This hypothesis was significant in raising awareness about the potential environmental impact of CFCs on the ozone layer and ultimately led to the implementation of the Montreal Protocol to phase out the production and use of CFCs.