No, carbon dioxide has a much lower boiling point than water. The boiling point is the temperature at which a substance changes phases from a solid to a liquid. Carbon dioxide is a gas at room temperature, while water is found primarily in liquid form at room temperature. Therefore, at 78 degrees F, carbon dioxide is above its boiling point while water is below its boiling point.
Carbon dioxide exists as a gas at stp, and water exists as a liquid. Therefore, CO2 has already passed the boiling point, so water has the higher boiling point.
Carbon dioxide would turn limewater milky white due to the formation of calcium carbonate when it reacts with the calcium hydroxide present in the limewater.
Yes, an increase in human population can disrupt the balance between oxygen and carbon dioxide. More people means more carbon dioxide emissions from activities such as burning fossil fuels, which can result in higher levels of carbon dioxide in the atmosphere. This can in turn lead to higher levels of carbon dioxide being absorbed by oceans and ecosystems, affecting the overall balance of these gases in the atmosphere.
Adding one carbon and two oxygen atoms would result in one molecule of carbon dioxide (CO2).
The concentration of carbon dioxide in the air would increase if large trees were cut down. Trees help to absorb carbon dioxide during photosynthesis, so removing them would result in less carbon dioxide being removed from the atmosphere.
Carbon dioxide exists as a gas at stp, and water exists as a liquid. Therefore, CO2 has already passed the boiling point, so water has the higher boiling point.
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.
Higher than what? Some organic compounds (e.g. propane, butane) have very very low boiling points making them gases at room temperature. Certain inorganic compounds (e.g. tungsten carbide) have boiling points so high that before those compounds boiled all organic compounds would not only have boiled but would have decomposed into their elements or very simple inorganic carbon compounds (e.g. carbon monoxide, carbon dioxide).
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.
plants and trees, as they play a crucial role in absorbing carbon dioxide during photosynthesis. Their absence would lead to less carbon dioxide being removed from the atmosphere, resulting in higher levels.
Carbon dioxide would turn limewater milky white due to the formation of calcium carbonate when it reacts with the calcium hydroxide present in the limewater.
Yes, an increase in human population can disrupt the balance between oxygen and carbon dioxide. More people means more carbon dioxide emissions from activities such as burning fossil fuels, which can result in higher levels of carbon dioxide in the atmosphere. This can in turn lead to higher levels of carbon dioxide being absorbed by oceans and ecosystems, affecting the overall balance of these gases in the atmosphere.
In an atmosphere of carbon dioxide, warm carbon dioxide would rise. Since carbon dioxide is better than twice as dense as air, it would need to be really hot before it would rise.
Carbon dioxide (CO2) .
If all trees were cut down, the carbon dioxide levels would likely increase significantly. Trees absorb carbon dioxide and release oxygen during photosynthesis, so their removal would disrupt this balance, leading to higher carbon dioxide concentrations in the atmosphere. This rise in carbon dioxide could contribute to global warming and climate change.
No, breaking up a carbon dioxide molecule into its constituent atoms (carbon and oxygen) would result in separate carbon and oxygen atoms. The molecular structure and properties of carbon dioxide would no longer exist.
Adding one carbon and two oxygen atoms would result in one molecule of carbon dioxide (CO2).