When you burn a wood, the volatile gases present in the wood heat up to about 500 degrees Fahrenheit. The compound molecules break apart, followed by the reintegration of the atoms with oxygen, as well as carbon dioxide and other substances. After the burning process, the water in the wood is lost, and the only components that remain are the noncombustible ones, including carbon, potassium, and calcium.
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The wood is destructively distilled. Molecules of cellulose are broken down to carbon, ash, carbon monoxide, methanol, and a variety of larger molecules that are collectively referred to as creosote. The carbon monoxide is burned into carbon dioxide, and the methanol is burned into carbon dioxide and water, as is the creosote, if there is enough oxygen. In the end the carbon can also burn into carbon monoxide and then carbon dioxide. If the combustion is complete, you have ash, carbon dioxide, and water vapor. If the combustion is incomplete you might still have a clean fire that leaves charcoal, but that will happen only if the fire is regulated to produce that result. Unregulated incomplete combustion produces creosote smoke, which can be quite nasty.
That is, what they already do. No kind of fire can burn without oxygen!
When wood burns, the hydrogen present in the wood combines with oxygen in the air to form water vapor. This reaction releases heat energy and carbon dioxide as byproducts of combustion.
There is no wood that does not burn. All types of wood are combustible and can burn if exposed to high enough temperatures. Some woods may burn more slowly or with less intensity than others, but they are all capable of burning.
Yes, you can burn a piece of wood by bringing a lighted matchstick near it if the wood is dry and flammable. The heat from the matchstick can ignite the wood, causing it to catch fire and burn.
Wood needs heat, oxygen, and a fuel source to burn. When wood burns, it releases carbon dioxide, water vapor, ash, and potentially other gases depending on its composition.
It turns into ashes. Simple (but not if you didn't know it before though!).
That is, what they already do. No kind of fire can burn without oxygen!
for wood to burn you need fire
No it is not safe to burn it.
When wood burns, the hydrogen present in the wood combines with oxygen in the air to form water vapor. This reaction releases heat energy and carbon dioxide as byproducts of combustion.
There is no wood that does not burn. All types of wood are combustible and can burn if exposed to high enough temperatures. Some woods may burn more slowly or with less intensity than others, but they are all capable of burning.
nope, after being burnt so long the wood may only burn and give off certain gasses/chemicals, but because of the way the atoms and chemicals are structually built with its protons and neutrons, the wood will not turn into liquid
Locust wood will burn faster, it is softer than oak.
It is Balsa wood.
Wet wood does not burn well. Freshly cut "green" (live) wood can be up to 80 percent water. This water has to be converted to steam and leave the wood before it can burn. While this is happening, the temperature that the wet wood can reach is limited to less than 300 degrees Fahrenheit, dramatically lowering the heat produced by the primary burn. Additionally, the rising steam can significantly extinguish the secondary burn occurring above. Always dry your wood by seasoning it before burning. It usually takes at least six months to dry wood to the desired 20% moisture content for burning, but can often take 12 months or more.
Less dense wood will burn fastest, such as balsa wood. In general, the faster a tree grows, the less dense the wood from that tree will be.
Yes, you can burn a piece of wood by bringing a lighted matchstick near it if the wood is dry and flammable. The heat from the matchstick can ignite the wood, causing it to catch fire and burn.