Oxygen is required to have a flame. If there is too little oxygen available, the flame will go out.
Natural atmospheric levels of carbon dioxide have no effect on the flame. If the CO2 concentration is high enough, it can extinguish the flame by lowering the amount available oxygen e.g. covering a candle with a jar.
Carbon Dioxide is a heavy gas, commonly stored compressed in a cylinder for use as a fire extinguisher. The gas does not react with most substances and so does not support combustion on anything less reactive than carbon.
When released from high pressure containment, the gas rapidly expands. Since the expansion requires heat, the gas takes the heat from its surroundings. When directed at a fire then the first effect is to remove heat from the fire. Secondly, the gas displaces the air involved in the burning process and thus removes the oxygen necessary to sustain the combustion. The net effect is that carbon dioxide tends to put out fire in the area that it is used.
There are other effects too. The force of the blast of carbon dioxide can spread flammable materials if used without caution or proper training, and as the carbon dioxide disperses with time, materials previously burning may re-ignite. Carbon dioxide is of limited effectiveness for extinguishing fire in unconstrained locations.
Carbon Dioxide may be cool as it leaves its compressed container, but the fact is that the chemical has a higher density than Oxygen, therefore it displaces the Oxygen around the area it was sprayed. Fires can't burn without Oxygen, and Carbon Dioxide isn't combustible.
It will 'smother' the flame, putting out the fire. It displaces oxygen because it is heavier than oxygen (44 g/mole vs 32 g/mole).
Carbon dioxide Carbon dioxide remove oxygen by any means
Yes, carbon monoxide burns with a blue flame, producing carbon dioxide.
Nitrogen would extinguish the flame. Unlike most burning fuels, magnesium will continue to burn in carbon dioxide because its flame is hot enough to decompose carbon dioxide to carbon and oxygen.
You can identify hydrogen and carbon dioxide by lighting a wooden splint and putting it near the gasses. Since hydrogen is flammable, the flame will get bigger. Since carbon dioxide does not burn, it may get smaller or go out.
The flame will go out, because carbon dioxide removes the oxygen from the area surrounding the flame. Fire requires oxygen to burn, much like humans need oxygen to breath, and similar to carbon dioxide does to humans, the flame will lose its oxygen and go out.
Carbon dioxide Carbon dioxide remove oxygen by any means
CO2(carbon Dioxide)
The flame will go out as it is deprived of oxygen.
The principal components are carbon dioxide, water, carbon monoxide, sulfur dioxide, soot.
Carbon dioxide and water vapor come from a flame.
Yes, carbon monoxide burns with a blue flame, producing carbon dioxide.
Co2 (carbon dioxide) x
to see if a gas given off is carbon dioxide you can trap gas in a test tube light a splint and place in tube if flame goes out then it is Carbon Dioxide
Nitrogen would extinguish the flame. Unlike most burning fuels, magnesium will continue to burn in carbon dioxide because its flame is hot enough to decompose carbon dioxide to carbon and oxygen.
No. In fact, a pure CO2 atmosphere will snuff out a flame.
You can identify hydrogen and carbon dioxide by lighting a wooden splint and putting it near the gasses. Since hydrogen is flammable, the flame will get bigger. Since carbon dioxide does not burn, it may get smaller or go out.
The flame will go out, because carbon dioxide removes the oxygen from the area surrounding the flame. Fire requires oxygen to burn, much like humans need oxygen to breath, and similar to carbon dioxide does to humans, the flame will lose its oxygen and go out.