Sulfuryl flouride has negligible effect on the ozone layer (in current concentrations), however...
CFCs are heavier than air and so is sulfuryl flouride. We see these gases at the elevation of the ozone layer. We've measured their concentration there. Diffusion does not care how heavy a molecule is. The molecular weight only controls how long it takes to get to an elevation, not whether or not it can get there.
Yes, ozone is heavier than air. This affects its distribution in the atmosphere because ozone tends to concentrate more in the upper layers of the atmosphere, where it is less likely to mix with the denser air closer to the Earth's surface.
Yes, ozone is heavier than air. This affects its behavior in the atmosphere because it tends to sink to lower levels, where it can have a greater impact on air quality and human health.
Ammonia does not directly deplete the ozone layer. However, when ammonia emissions combine with other pollutants like nitrogen oxides, they can contribute to the formation of fine particulate matter that can indirectly impact the ozone layer through complex atmospheric processes.
When treating water, ozone alone has no effect on ammonia. If bromine is present, ozone can oxidize bromine eventually to bromate, and bromate will convert ammonia to nitrogen gas and water. For more, search for "breakpoint bromination".
Sulfur dioxide contributes to ozone depletion when it reacts with other chemicals in the atmosphere, forming sulfur trioxide and sulfuric acid. These compounds can then accumulate on ice particles in the stratosphere, leading to the formation of ozone-depleting polar stratospheric clouds. Consequently, sulfur dioxide indirectly impacts the ozone layer by facilitating the destruction of ozone molecules.
Fluoride compounds do not directly contribute to ozone depletion. Ozone depletion is primarily caused by chlorofluorocarbons (CFCs) and other halocarbons, not fluoride. Fluorides can, however, be harmful to the environment in other ways, such as impacting aquatic ecosystems if released in high concentrations.
Ozone does have a cooling effect. It is because of its properties.
The CFC's have greatest effect. They react with ozone to deplete it.
Yes, it has. Smoke from crackers have an effect on ozone.
No. Ozone has no effect on CO2.
The Average O.S. of Oxygen = +2/3
CFC's deplete the ozone. They react with ozone and deplete it.
Ozone layer is present in stratosphere. It does not cause it any effect.
CFc's have the greatest effect. the decompose ozone.
CFC's are ozone depletion substances. They react with ozone and deplete it.
Carbon cycle has an effect on ozone layer. Carbon emissions cause greenhouse effect which causes ozone depletion.
The effect of ozone layer is same overall. The ozone depletion over one place will affect the UV in that area.