flames produces light enery
co,co2,and other compounds
Yes, graphite can burn and produce flames when exposed to a high enough temperature.
Yes, non-luminous flames produce less carbon residue compared to luminous flames. These flames have the right amount of oxygen for combustion, resulting in more complete burning of the fuel and less soot or carbon deposit.
Non- Luminous can burn efficiently because luminous flames don't burn as efficiently as non-luminous ones, they don't produce as much energy. This means that the non-luminous flames have a lot more energy than luminous ones, and their flames are actually hotter. This is why the luminous ones look yellow and the non-luminous ones look blue. Hotter flames burn blue and (relatively) cooler ones burn yellow.
To make different color fires, you can use specific chemicals or materials that produce colored flames when burned. For example, adding copper chloride can create blue flames, while strontium chloride can produce red flames. It's important to use caution when working with these materials and to be aware of any safety guidelines.
The weakest flame is typically a low-temperature flame, such as a candle flame or a match flame. These flames produce less heat and energy compared to higher temperature flames like those of a blowtorch.
Yes, graphite can burn and produce flames when exposed to a high enough temperature.
2
to produce heat and burn materails
Yes, nitrate compounds can produce colored flames when they are heated. These compounds are often used in fireworks and pyrotechnics to create vibrant colors in the flames.
Rainbow fire effects are caused by different chemicals added to the flames that create different colored flames when burned. For example, copper compounds produce blue or green flames, while strontium compounds produce red flames. Mixing these chemicals can create a variety of colors in the fire.
Yes, non-luminous flames produce less carbon residue compared to luminous flames. These flames have the right amount of oxygen for combustion, resulting in more complete burning of the fuel and less soot or carbon deposit.
Yes, they can no longer produce flames after consuming it.
No. Flames use oxygen to stay lit.
Wood typically burns and produces flames at temperatures ranging from 600 to 900 degrees Fahrenheit.
Some elements produce colorful flames because when they are heated, the electrons in their atoms become excited and jump to higher energy levels. When these electrons return to their original energy levels, they release energy in the form of light, creating the colorful flames.
Lithium salts, such as lithium chloride or lithium carbonate, are known to produce lilac flames when burned. This color results from the excitation of lithium ions in the flame.
Blue flames typically produce the maximum amount of heat when compared to other colored flames. This is because blue flames burn at a higher temperature due to complete combustion and greater oxygen supply.