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Chimney smoke can appear blue due to the presence of sulfur compounds in the smoke. When sulfur burns, it can produce a blue flame, which affects the color of the smoke. Other factors, such as the type of fuel being burned and the combustion efficiency, can also contribute to the blue color of chimney smoke.
Carbon-containing compounds, such as hydrocarbons or organic materials like paper, can produce a black flame when burned due to the incomplete combustion process generating soot particles that emit black smoke and flame.
Burn slowly with smoke but no flame.
Smoke does not become a flame; rather, it is the combustion of gaseous products released during burning that produces flames. When a material is burned, it breaks down into volatile compounds that can ignite when exposed to sufficient heat and oxygen, resulting in a visible flame.
A small stable flame of a candle has a lot less black smoke than a larger flickering flame. Air around the burning candle causes this to happen.
The flame goes green and lots of smoke it let off
No. Smoke consists of particles of matter that did not completely combust. Hydrogen burns with a perfectly clean flame; the only product is water vapor.
Weed burns when smoked because the heat from the flame causes the cannabinoids and other compounds in the plant material to vaporize and release as smoke. This process allows the active ingredients to be inhaled and absorbed into the bloodstream.
The color of the flame can indicate the completeness of combustion. A blue flame typically indicates efficient combustion with minimal smoke, while a yellow or orange flame can signify incomplete combustion resulting in more smoke being produced.
Chimney smoke can appear blue due to the presence of sulfur compounds in the smoke. When sulfur burns, it can produce a blue flame, which affects the color of the smoke. Other factors, such as the type of fuel being burned and the combustion efficiency, can also contribute to the blue color of chimney smoke.
Cold flame sparklers have a unique feature where they produce a cold flame that is safe to touch. This is different from traditional sparklers, which produce a hot flame that can cause burns if touched. Additionally, cold flame sparklers do not emit smoke or ash, making them a cleaner option for indoor use.
Carbon-containing compounds, such as hydrocarbons or organic materials like paper, can produce a black flame when burned due to the incomplete combustion process generating soot particles that emit black smoke and flame.
Higher Smoke Developed Index (SDI) equals a higher smoke development rate. The SDI is simply a measure of the concentration of smoke a material emits as it burns. Like Flame Spread Index, it is based on an arbitrary scale in which asbestos-cement board has a value of 0, and red oak wood has 100.
Cyclohexane is an alkane and it burns in air with an orange flame and black sooty smoke. The orange flame indicates incomplete combustion. This means there is a lack of oxygen in the air for all the carbon in the alkane to be converted into carbon dioxide (which is complete combustion) so some carbon and carbon monoxide is formed which is the black sooty smoke (incomplete combustion).
because, when the wax is lit it burns off as a vapor, when the candle was extinguished the wax vapor was still in the air, and the wax acts as fuel for the flame of a candle, so the flame combusted and lit the vapor, leading back to the candle wick.
Matchsticks are made of wood or paper because it burns after the initial flame is created by the chemicals. The rate is slow enough to give you a few seconds to light you smoke or a candle.
yes you can smoke anything that is flammable and holds a flame well