it depends upon what is burning and how efficient the fire is.
Carbon dioxide and water vapor are common byproducts of ordinary organic combustibles.
Smoldering fires may have elevated levels of hydrogen cyanide and carbon monoxide, such as a hay fire (or tobacco), not to mention tar and benzene.
Burning plastics can release massive amounts of poisonous fumes including hydrogen cyanide, hydrogen chloride, bromomethane, chloromethane, phosgene, etc.
Sulfur dioxide (SO2) is a harmful gas produced by coal-burning power plants that can contribute to air pollution, acid rain, and respiratory issues in humans. It is released when coal containing sulfur is burned.
Ammonia gas (NH3) is given off when ammonia solution is heated.
Hydrogen gas is given off when magnesium reacts with sulfuric acid.
Yes, burning sulfur releases sulfur dioxide or SO2.
Hydrogen gas is always given off when an acid solution is electrolyzed.
flame
A spectroscope is a device for producing and recording spectra for examination. When light given off by a simple burning substance is viewed through a spectroscope, a certain color will appear.
During the burning process, oxygen combines with carbon to produce carbon dioxide.
It depends on the substance being burned. Some substances produce gases when burning, while others may consume gases or give off solids. It would be best to specify the substance in order to accurately determine the amount of gas left after burning.
Sulfur dioxide (SO2) is a harmful gas produced by coal-burning power plants that can contribute to air pollution, acid rain, and respiratory issues in humans. It is released when coal containing sulfur is burned.
A new substance is produced. Bubbles are given off (fizzing), which shows that a gas has been produced. Color changes. Turbidity (cloudiness) heat/light given off. A sound is produced/an explosion occurs etc
hydrogen ------- During the burning of organic materials carbon dioxide is released.
It is supposed to quit burning.
None, no gas is given off.
The energy given off by burning matchsticks is in the form of light and heat. This can be observed through the bright flame that is produced and the warmth that is felt when a matchstick is burning.
It depends upon the subsance being burned. Normally, the substance would end being some sort of oxide (O2 molecule being attached to the base molecule of what is being burned).
carbon dioxide