The concentration of gaseous pollutants is higher nearer their source than at a distance. This change in concentration is the basis for calculating the ground level concentration (glc) of pollutants when designing industrial stacks. In the case of carbon dioxide the gas originates from the industrial combustion of fuel and would be expected to be higher downwind of the source. The same logic applies to sites downwind of busy cities or roadways. The concentration eventually levels out to the approximate 380 ppm typical of the Earth's atmosphere. Interestingly there is a corresponding dip in the concentration downwind o growing crops or forests as the plants extract the carbon dioxide and replace it with oxygen.
The proportion of carbon dioxide in the air is higher in industrial areas due to the concentration of factories and power plants that burn fossil fuels, releasing CO2 as a byproduct of combustion. These industrial activities generate significant emissions from machinery, transportation, and energy production, leading to elevated levels of carbon dioxide. In contrast, residential areas typically have lower emissions, as they primarily involve heating, cooking, and vehicle use, resulting in a comparatively lower concentration of CO2. Additionally, industrial areas may have less vegetation to absorb CO2, further contributing to higher levels in the atmosphere.
Atmosphere has the higher concentration of carbon dioxide. If water had a high concentration of carbon dioxide then water would be acidic because it would result the formation of carbonic acid, but water is neutral. The fact that dissolved carbon dioxide create carbonic acid is used in the manufacture of Coca-Cola. So I think it is the atmosphere.
The more carbon dioxide in the atmosphere, the higher the temperature.
The concentration of carbon dioxide in the air (about 0.04%) is too low to be cost-effective for industrial purposes requiring high purity CO2. Industrial processes typically use sources like combustion of fossil fuels, fermentation of organic material, or chemical processes to generate higher concentrations of carbon dioxide more efficiently.
When you have pulmonary disease, you may fail to give out carbon dioxide. So the percentage of carbon dioxide increase in your blood. That is the indicator of the severity of the pulmonary disease.
The concentration of carbon dioxide over an industrial site might be higher, because of the emissions, however, carbon dioxide mixes well with other gases, so it will spread out all over the world.
Carbon dioxide is increasing in the atmosphere today primarily due to human activities such as burning fossil fuels, deforestation, and industrial processes. These activities release large amounts of carbon dioxide into the air, leading to higher concentrations in the atmosphere.
No, as with any gas carbon dioxide is less soluble at higher temperatures.
Atmosphere has the higher concentration of carbon dioxide. If water had a high concentration of carbon dioxide then water would be acidic because it would result the formation of carbonic acid, but water is neutral. The fact that dissolved carbon dioxide create carbonic acid is used in the manufacture of Coca-Cola. So I think it is the atmosphere.
The more carbon dioxide in the atmosphere, the higher the temperature.
Continuing to burn fossil fuels (coal, oil and natural gas) would lead to an increase in carbon dioxide levelsbecause we are adding long-buried carbon to the atmosphere and the carbon cycle is unable to cope with this extra amount.Natural sources of atmospheric carbon dioxide include volcanic outgassing, the combustion of organic matter, and the respiration processes of living aerobic organisms.Man-made sources of carbon dioxide include the burning of fossil fuels for heating, power generation and transport, as well as some industrial processes such as cement making.
The concentration of carbon dioxide in the air (about 0.04%) is too low to be cost-effective for industrial purposes requiring high purity CO2. Industrial processes typically use sources like combustion of fossil fuels, fermentation of organic material, or chemical processes to generate higher concentrations of carbon dioxide more efficiently.
no
The accumulation of carbon dioxide in a house is caused by activities such as cooking, heating, and breathing, which release carbon dioxide into the air. Poor ventilation and airtight spaces can also contribute to higher levels of carbon dioxide indoors.
Sulfur dioxide has a higher melting point than carbon dioxide. This is because sulfur dioxide is a smaller molecule with stronger intermolecular forces, making it more difficult to break the bonds in order to melt the substance.
In the lungs, carbon dioxide is concentrated more in the blood. The alveoli keeps the carbon dioxide at a lower level than in the blood.
Actually carbon dioxide concentration increases at midnight and decreases at dawn At night the concentration is higher because plants take in oxygen and breathe out carbon dioxide at night so the concentration is higher. At dawn the concentration is lower because, plants breathe in oxygen at daytime and breathe out CO2 so the concentration is lower.