CO2 is carbon dioxide. It is the oxide of carbon. It causes ozone depletion.
Charcoal itself does not have a direct effect on the ozone layer. However, the process of burning charcoal can release carbon monoxide and other pollutants into the atmosphere, contributing to air pollution which can indirectly impact the ozone layer.
No, the ozone layer and the CO2 blanket are two different layers in the Earth's atmosphere. The ozone layer absorbs and filters out harmful ultraviolet radiation from the sun, while the CO2 blanket refers to the trapping of heat in the atmosphere due to high levels of carbon dioxide released from human activities, leading to global warming.
CO2 (carbon dioxide) does not directly affect ozone, unlike the man-made gases CFCs (chlorofluorocarbons). However, higher levels of carbon dioxide have an indirect effect on the ozone layer, which lies in the stratosphere.In the lower stratosphere and close to the equator, increased CO2 slows the production of new ozone, especially in the spring.However, near the poles and in the upper stratosphere, CO2 increases the amount of ozone. It does this by preventing nitrogen oxide from breaking the ozone down.
Itself it allows Earth to store the thermal energy the Sun sends us. But if it runs out of control, it might cause more than just temperature increase. There is a sequence of reactions that prevents ozone to go down to low atmosphere, and decomposes ozone to oxygen. If the hydrocarbons prevent the final reaction, the ozone will not decompose. Here are they: Nitrogen oxides decompose in NO and O: NO2 -> NO + O Oxygen atom matches an oxygen molecule, forming ozone: O + O2 -> O3 Ozone is consumed to react with nitrogen oxide: NO + O3 -> O2 + NO2 This is the normal cycle. The hydrocarbons scramble this final reaction, causing more nitrogen oxides to be created, creating more ozone.
Burning ethanol releases Carbon Dioxide (CO2), a greenhouse gas which is causing global warming. It has very little to do with the ozone layer, which was damaged last century by chlorine and bromine from CFCs (chlorofluorocarbons), released from aerosols and refrigeration.
Charcoal itself does not have a direct effect on the ozone layer. However, the process of burning charcoal can release carbon monoxide and other pollutants into the atmosphere, contributing to air pollution which can indirectly impact the ozone layer.
No. Ozone has no effect on CO2.
Carbon dioxide is denoted by CO2. It causes global warming. Global warming then causes ozone depletion.
Methane (CH4), CFCs are a few of those gases. Currently, we do not believe that CO2 has an effect on this layer.
chloro floro carbons and co2 are major causes for ozone depletion
The main compounds released when burning gas and oil, are water vapor, carbon dioxide/CO2, methane, and nitrous oxide. These compounds are contributing to the greenhouse effect and depletion of the ozone layer.
Carbon dioxide, CO2, has very little to do with the ozone layer. The ozone layer will repair itself if we stop damaging it, which we have, by banning CFCs, chlorofluorocarbon gases, the chlorine of which was destroying the ozone molecules. Scientists hope the ozone layer will be completely restored by 2060.
the ozone layer but because of CO2 the are some gapes in it that can effect the earth and destroy the planet
No, the ozone layer and the CO2 blanket are two different layers in the Earth's atmosphere. The ozone layer absorbs and filters out harmful ultraviolet radiation from the sun, while the CO2 blanket refers to the trapping of heat in the atmosphere due to high levels of carbon dioxide released from human activities, leading to global warming.
There is no buildup of CO2 in the ozone layer.
You need to clarify this or rephrase it
CO2 (carbon dioxide) does not directly affect ozone, unlike the man-made gases CFCs (chlorofluorocarbons). However, higher levels of carbon dioxide have an indirect effect on the ozone layer, which lies in the stratosphere.In the lower stratosphere and close to the equator, increased CO2 slows the production of new ozone, especially in the spring.However, near the poles and in the upper stratosphere, CO2 increases the amount of ozone. It does this by preventing nitrogen oxide from breaking the ozone down.