The reaction between oxygen and another substance is called oxidation, such as the formation of rust. The rapid oxidation of fuel is called combustion.
Burning fossil fuels like coal and oil, which adds extra carbon dioxide to the greenhouse gases in the atmosphere.
Cigarette's, damaged cookers, recked microwaves and in some alcohol. It's one of the gases that are released when anything burns. It becomes dangerous when the source of the burning isn't vented properly and the carbon monoxide builds up in an enclosed place.
Candle burning is the process called oxidation. This is, it's the reaction that takes place when a gaseous material reacts with oxygen, the wax needs to change to gaseous state for the reaction to take place.
A candlestick, chamberstick, or candelabrum.
The melting of the wax is a physical change. The burning the of wick is the chemical change
Burning fossil fuels takes place primarily in power plants, vehicles, and industrial facilities. Fossil fuels such as coal, oil, and natural gas are burned to produce energy for electricity generation, transportation, heating, and manufacturing processes, releasing carbon dioxide and other pollutants into the atmosphere.
the heat needs oxygen to keep burning and to light the flame the fuels need to be burnt
Central of burning place
When fuels are burned, potential chemical energy stored in the fuel is converted into thermal energy (heat) and some of it is converted into mechanical energy (work), if used in engines or turbines.
Removing CO2 helps to reduce the impact of greenhouse gas emissions on the environment, particularly in terms of global warming and climate change. By capturing and safely storing CO2, it helps to mitigate the negative effects of burning fuels on the planet.
Two of the advantages of using fossil fuel include reliability and existing engines. Reliability is that they will produce energy once certain circumstances are in place, and most modern machines are tooled for fossil fuels. It would be an expensive retooling to accommodate an alternative fuel.
Yes, that's where it is usually believed that fossil fuels come from - and that's why they are called "fossil" in the first place.
Burning fossil fuels like coal and oil, which adds extra carbon dioxide to the greenhouse gases in the atmosphere.
Two of the advantages of using fossil fuel include reliability and existing engines. Reliability is that they will produce energy once certain circumstances are in place, and most modern machines are tooled for fossil fuels. It would be an expensive retooling to accommodate an alternative fuel.
Cigarette's, damaged cookers, recked microwaves and in some alcohol. It's one of the gases that are released when anything burns. It becomes dangerous when the source of the burning isn't vented properly and the carbon monoxide builds up in an enclosed place.
Different fuels produce different products. Burning hydrogen produces only water. Burning methane produces both water and carbon dioxide. Burning gasoline produces lots of products. In any event, burning a fuel produces heat that we use for various purposes.
The process in chemical term called oxidization when atoms of carbon reacts with oxygen and creates carbon dioxide. This takes place with the generation of heat. Chemical reaction can be simply described as: C + O2 = CO2 + Q^ This process takes place when we burn coal, gas, gasoline and other sorts of fuels that mainly contains carbon.