The lowest temperature at which fire can still be produced is around 600 degrees Celsius (1,112 degrees Fahrenheit).
The lowest temperature at which fire can occur is typically around 600 degrees Fahrenheit (315 degrees Celsius).
The lowest temperature at which fire can sustain combustion is typically around 600 degrees Celsius (1,112 degrees Fahrenheit).
Flash point is the temperature at which a flash will occur across the face of a liquid and go out. Fire point is the temperature at which a flash will occur above the liquid and the resultant fire will continue to burn.
Fire requires three main components: fuel (such as wood or gas), heat (to reach the ignition temperature of the fuel), and oxygen (to sustain the combustion process). When these three elements come together in the right proportions, fire can be produced.
Huh? I don't think that there is an oxide produced. Fire is a rapid oxidation of a fuel though. The only things that are produced are heat, light, and unburned products of incomplete combustion (IE: smoke).
The lowest temperature at which fire can occur is typically around 600 degrees Fahrenheit (315 degrees Celsius).
The lowest temperature at which fire can sustain combustion is typically around 600 degrees Celsius (1,112 degrees Fahrenheit).
It all depends on where and what material is being burnt it ranges from 700-2000 celsius more or less
flash point
The temperature of a fire produced from burning wood can vary, but typically ranges from 600 to 900 degrees Celsius (1,112 to 1,652 degrees Fahrenheit).
flash point
Fire can burn still. Now I am not saying you can go up to a piece of still and light it on fire, you would need a really high temperature to do it.
Flash point is the temperature at which a flash will occur across the face of a liquid and go out. Fire point is the temperature at which a flash will occur above the liquid and the resultant fire will continue to burn.
chemical potential
I just conducted this experiment for my Science Fair project using Dentyne Fire and Dentyne Ice. The Dentyne Ice does not make your mouth's temperature cooler like you'd think it would. Instead it actually raises the temperature, most likely from the heat produced in the process of your mouth chewing. The Dentyne Fire However raised the temperature higher that the Ice did. So, for the answer for your question, it raises the temperature of your mouth.
I just conducted this experiment for my Science Fair project using Dentyne Fire and Dentyne Ice. The Dentyne Ice does not make your mouth's temperature cooler like you'd think it would. Instead it actually raises the temperature, most likely from the heat produced in the process of your mouth chewing. The Dentyne Fire However raised the temperature higher that the Ice did. So, for the answer for your question, it raises the temperature of your mouth.
No, not all fires are the same temperature. The temperature of a fire can vary depending on the fuel source and conditions.