I certainly hope not! CO2 is all around us and I regularly interact with chlorine in large vats (liquid form). On the other hand, chlorine gas is extremely reactive with just about everything (some large pool facilities will use chlorine gas to disinfect, but they require gas masks and a buddy system...).
When carbon dioxide and chlorine are mixed, they do not react chemically with each other. Instead, they remain as separate molecules. Both carbon dioxide and chlorine are stable molecules and will not form a chemical compound when combined.
Chlorine is more reactive than carbon. Chlorine belongs to group 17 of the periodic table, meaning it has 7 valence electrons and tends to form one additional covalent bond. Carbon, on the other hand, is in group 14 and tends to form 4 covalent bonds, making it less reactive than chlorine.
Carbon dioxide is actually heavier than chlorine. The molecular weight of carbon dioxide is 44 g/mol, while the molecular weight of chlorine is 71 g/mol. In a given volume, carbon dioxide would weigh more than chlorine.
Carbon dioxide is not so reactive with metals; any reaction with niobium.
When carbon dioxide and chlorine mix, they do not react with each other. Both are stable molecules and they remain separate in the mixture.
Chlorine Carbon Dioxide Oxygen
This gas is carbon dioxide but it is not so reactive.
chlorine, carbon dioxide, and carbon monoxide.
Chlorine gas will effuse faster than carbon dioxide. This is because effusion rates are inversely proportional to the square root of their molar masses, as described by Graham's law of effusion. Chlorine (Cl₂) has a molar mass of about 71 g/mol, while carbon dioxide (CO₂) has a molar mass of about 44 g/mol. Since chlorine is lighter than carbon dioxide, it will effuse more quickly.
Elemental carbon is not particularly reactive towards acids in general.
Carbon dioxide diffuses most rapidly among the gases listed. This is because carbon dioxide has a lower molecular weight and smaller size compared to methane, nitrogen, oxygen, and chlorine, enabling it to diffuse more quickly through a medium.
Carbon dioxide, sulfur dioxide, chlorine gas