All of them. At a high enough temperature, even diamond will burn, and produce (ridiculously expensive) carbon dioxide.
All forms - but the dry ones burn easier.
Carbon does.
carbon burns in oxygen to form carbon dioxide. however, carbon monoxide can also be formed by incomplete combustion
Oxygen. Carbon burns to form carbon dioxide, incomplete combustion with insifficient oxygen will produce carbon monoxide.
Often it's an oxide. For example, carbon burns in air to form its oxides, carbon monoxide and carbon dioxide. However, there are other possibilities. Hydrogen burns in oxygen to produce water.
Carbon dioxide contains carbon and oxygen. Water contains hydrogen and water. Therefore, to combine with oxygen to form CO2 and H2O, butane must contain carbon and hydrogen.
I'd emagine the name would be ethane oxyde but i cant tell you the formula
carbon burns in oxygen to form carbon dioxide. however, carbon monoxide can also be formed by incomplete combustion
Oxygen. Carbon burns to form carbon dioxide, incomplete combustion with insifficient oxygen will produce carbon monoxide.
Oxygen: [36.7-10] / 36.7 = 72.8%
When carbon reacts with oxygen to form carbon dioxide, carbon dioxide is the product of the reaction.
Carbon dioxide is the product; oxygen and carbon are the reactants.
As fossil fuels are made up of Carbon and Hydrogen. This burns in oxygen (in air) to form Carbon dioxide and Water, so the carbon dioxide is released into the air
Often it's an oxide. For example, carbon burns in air to form its oxides, carbon monoxide and carbon dioxide. However, there are other possibilities. Hydrogen burns in oxygen to produce water.
Carbon dioxide contains carbon and oxygen. Water contains hydrogen and water. Therefore, to combine with oxygen to form CO2 and H2O, butane must contain carbon and hydrogen.
Carbon (C) + Oxygen (O2) = CO2
As fossil fuels are made up of Carbon and Hydrogen. This burns in oxygen (in air) to form Carbon dioxide and Water, so the carbon dioxide is released into the air
I'd emagine the name would be ethane oxyde but i cant tell you the formula
kerosene+