In very simple terms, what we generally know as fire is the result of carbon atoms (in say, wood or a fossil fuel) bonding with oxygen. When atoms bond together (as in carbon with oxygen) energy is released. In the case of combustion (fire), it is released in the form of photons (electromagnetic radiation) of certain wavelengths. These wavelengths include visible light (that we obviously see) and infrared, that we feel as heat.
Fire itself is not charged with positive or negative electrical charges. It is a rapid chemical reaction involving oxygen that produces heat and light. The properties of fire are not directly related to electric charge.
Fire, all fire, every fire consists of 3 things: Heat, Fuel & Oxygen. When all 3 are together in the right mix you have fire, if one or more elements is not sufficient then you cannot have fire. You therefore need as much heat as necessary along with the fuel & oxygen to maintain the fire. The specific answer is that the balance of the 3 must be correct. Quantifying that, however, is a different matter.
Not quite. Heat is a result of combustion, but fire is actually chemical energy.
Fire releases heat and carbon dioxide. The carbon depends on how the fire is burnt. Unburnt hydrocarbons are released if fire is not complete.
The word "Vulcan" can be related to the word "volcano" through their shared association with fire and heat. In Roman mythology, Vulcan was the god of fire and the forge, while a volcano is a natural phenomenon where molten rock, ash, and gases are expelled from the Earth's crust. Both words evoke powerful and destructive forces associated with extreme heat and fire.
The triangle of fire is a graphical representation of the three elements needed for a fire: heat, fuel, and oxygen.See the related links, below,for an illustrated explanation of the fire triangle.The fire triangle is made up of oxygen, fuel and heat.
The root word "pyr" means fire. It is often associated with words related to heat, flames, or burning.
You can remove heat from a fire by cutting off its oxygen supply, using a fire extinguisher, or dousing it with water. Removing the heat source or covering the fire with a non-flammable material can also help extinguish the fire by reducing heat.
no, a lot of heat is not fire because for an example if there was a really hot day that does not mean theres is going to be a fire or it is a fire
Fire itself is not charged with positive or negative electrical charges. It is a rapid chemical reaction involving oxygen that produces heat and light. The properties of fire are not directly related to electric charge.
Fire.
Fire, all fire, every fire consists of 3 things: Heat, Fuel & Oxygen. When all 3 are together in the right mix you have fire, if one or more elements is not sufficient then you cannot have fire. You therefore need as much heat as necessary along with the fuel & oxygen to maintain the fire. The specific answer is that the balance of the 3 must be correct. Quantifying that, however, is a different matter.
Not quite. Heat is a result of combustion, but fire is actually chemical energy.
Contained, or wild fire there is going to be a lot of heat .
Evaporation cools down a fire because as the water evaporates, it absorbs heat from the surrounding environment, including the fire itself. This heat absorption reduces the temperature of the fuel source and can help extinguish the fire by limiting the availability of heat necessary to sustain it.
fire is the effect of excessive heat. So naturally where sufficient amount of heat & fuel & oxygen is available then a chemical reaction takes place causing heat , that is called fire .So the fire is hot.
feat feae fiae fire