Carbon dioxide and water vapours; also sulfur and nitrogen oxides.
Charcoal burns to produce CO2. It causes ozone depletion.
Yes, it does, as does everything that burns, as oxygen is one part of the "Fire Triangle", which is the three things anything needs to burn. The other two components of this triangle are: Fuel and Heat.
Burning charcoal is spontaneous, but not at room temperature. To start the combustion energy must be added (in the form of heat). Once the temperature of the charcoal reaches a certain temperature it reacts exothermically and releases heat. This heat of reaction is sufficient to locally heat more charcoal so that it burns continuously.
Generally charcoal contain only one phase.
Magnesium powder has a larger surface area than a chunk of magnesium. Therefore it will burn faster. Increasing the surface area of a substance leads to an increase in reaction time. This can be demonstrated easily using alka seltzer tablets. A crushed alka seltzer tablet will dissolve quicker than a full tablet (remember to stir.)
Match Lite charcoal lights quickly and burns good.
Wood is burned at high temperature with a lack of oxygen to create charcoal.
Charcoal burns to produce CO2. It causes ozone depletion.
carbon dioxide
Charcoal burns with a smokeless flame. Hence, it is used as domestic fuel.
Charcoal burns quite well as a fuel, it just needs an air supply
Pass me the charcoal please.I enjoy a charcoal barbecue in the summer.
Yes, it does, as does everything that burns, as oxygen is one part of the "Fire Triangle", which is the three things anything needs to burn. The other two components of this triangle are: Fuel and Heat.
Charcoal grills produce hydrocarbons as well as soot particles. Also grilling meat can produce toxic compounds. Propane burns cleaner and safer than charcoal.
Wood is the raw material used to produce charcoal. The wood is heated up very hot with little or no oxygen. It burns off the impurities and leaves carbon.
Burning charcoal is spontaneous, but not at room temperature. To start the combustion energy must be added (in the form of heat). Once the temperature of the charcoal reaches a certain temperature it reacts exothermically and releases heat. This heat of reaction is sufficient to locally heat more charcoal so that it burns continuously.
What you call a flame is vaporized fuel oxidizing. Vaporizing pure carbon, which is what charcoal (theoretically) is requires temperatures higher than anything you're likely to achieve.