This is because once the magnesium starts to burn, the uninhibited chemical reaction dominates the fire's need for oxygen (carbon dioxide usually puts fires out by displacing oxygen). The magnesium will continue to burn until there is nothing left to burn.
yes, fire gives off carbon dioxide and takes in oxygen Additional answer It does rather depend on what it is that's burning in the fire. A fire that's entirely hydrogen burning would not produce carbon dioxide. Where would the carbon come from? Likewise, magnesium burning would not produce any.
Well I use carbon dioxide in my fire extinguisher. What do you use carbon dioxide, or to put it another way? In what do you use carbon dioxide? Humans breathe out carbon dioxide... Breathing it out is not exactly using it. That would be more like making it.
No. Fire need fuel, oxygen, and heat to burn. Carbon dioxide is a product of most fires and can actually be used to put fires out.
Carbon dioxide is very stable, and cannot contribute oxygen to support combustion of most flames. As carbon dioxide becomes more and more prevalent, it can displace oxygen, and so the fuel may be present, but the oxidizer is not. The fire is "smothered".
When magnesium burns in air it creates a very bright white flame. When magnesium and oxygen mix,(mixing a substance with oxygen is called oxydation)it creates a new substance called magnesium oxide, which is a white powder. 2Mg+O2-----> 2MgO Magnesium oxide is a compound.
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.
Not on its own, and it depends on what is burning. A fire can only produce carbon dioxide if the substance burning with the oxygen contains carbon. And even then, if there are other elements, you will get more substances as products. Carbon will produce carbon dioxide and usually some carbon monoxide as well. Hydrogen will produce water vapor. Sulfur will produce sulfur dioxide. Magnesium will produce magnesium oxide.
Carbon dioxide does not support the combustion of magnesium; it acts as a fire suppressant by displacing oxygen. Combustion requires oxygen, so the presence of carbon dioxide can inhibit the reaction by reducing the concentration of oxygen available for combustion.
Carbon dioxide does not burn.
carbon dioxide help to extinguish fires..if something caught a fire,we would use a fire extinguisher which contains carbon dioxide and obviously we would keep oxygen away from the burning thing..
Because Magnesium, like other highly reactive metals, is much more easily oxidized than most fuels for fires. The Magnesium can essentially "steal" oxygen from the carbon dioxide CO2 + 2Mg --> 2MgO + C
To get rid of a fire you need to break the fire tetrahedron. There are ways of doing this. Carbon dioxide could get rid of all the oxygen in the fire. If there wasn't any oxygen, there would be no fire and the fire would be extinguished.
Forest fires increase the amount of carbon dioxide in the atmosphere
Fire releases heat and carbon dioxide. The carbon depends on how the fire is burnt. Unburnt hydrocarbons are released if fire is not complete.
The addition of carbon dioxide to a fire can extinguish it because carbon dioxide displaces oxygen, which is necessary for the fire to burn. This process suffocates the fire, preventing it from continuing to burn.
Yes, magnesium chloride can react with sodium bicarbonate to produce magnesium carbonate, water, and carbon dioxide gas. This chemical reaction is commonly used in certain types of fire extinguishers.
the fire should exstinguish a carbon dioxide puts out flames as it is a common fire extinguisher