How does a forest fire model the energy flow of fuel combustion?

Combustion can be defined as the burning of a compound in the presence of oxygen to produce carbon dioxide and water. Because it involves the release of heat (energy), it is referred to as an exothermic reaction.

Fuel is an organic compound and it's combustion will also go through the process above and also releases heat (exothermic reaction) into the atmosphere after burning. However, same can be said about forest fire also; as the forest is made up of plants (whose major constituents are organic also). The forest fire can also be termed as combustion because it burns in the presence of oxygen, releasing heat (energy) into the atmosphere (which also makes it an exothermic reaction).

jayilych4real jayilych4real · Answer 2 · 2021-10-17T16:53:11+02:00

A forest fire models the energy flow of fuel combustion by:

Reacting with oxygen to create heat

Combustion is the chemical process whereby there is a redox reaction that causes burning and produces smoke in the form of gas.

For combustion to occur, the following processes must occur:

There must be the presence of an oxidant
There has to be a reaction between the oxidant and heat.
The end product must be carbon dioxide and water.

As a result of this, a forest fire models the energy flow of fuel combustion by making use of a reactant like wood to create combustion.

Because this process expels energy, then it is known as an exothermic reaction.

Therefore, forest fire occurs:

In the presence of:oxygen
By expelling heat
By producing carbon dioxide and water.