Flaming combustion requires liquid or solid fuels to be converted to the gas phase or vaporization.
When a liquid turns into a gas. The steam that comes out of hot water is vaporized water.
Advances in recent years have shown that there are even more efficient and cleaner ways to use biomass. It can be converted into liquid fuels, for example, or "cooked" in a process called "gasification" to produce combustible gases, which reduces various kinds of emissions from biomass combustion, especially particulates.
Solid Carbondioxide is called Dry ice.It is not converted into liquid but it is converted only into gas because Carbondioxide is gas.at high pressure and high temp it is converted into a superliquid.this super liquid not a real liquid.
evaporation
A volatile liquid evaporates easily and so requires lesser temperature. A non-volatile liquid requires more temperature to evaporate
The unkown liquid in the flask has completely vaporized when there is no liquid in the flask.
Yes - the internal combustion engine works on just that principle - as do all those gasoline explosions in action movies.
In most conditions it is a liquid. It can be vaporized into a gas and burned. It can also be frozen into a solid, but that requires very cold temperatures, -114 degrees Celsius.
When it vaporized with heat
When has get ignite it's kinatic energy increase and thats why particals reduced their attraction force from other partical and converted into gas.
H2O is Water vapour, it cant be burned... it is not flamable and cant be altered by combustion via inclusion of other gasses.... Water vapour is generally the product of combustion reactions and after condensation can be converted back into liquid...
When a liquid turns into a gas. The steam that comes out of hot water is vaporized water.
no, it can however be converted to a liquid.
Advances in recent years have shown that there are even more efficient and cleaner ways to use biomass. It can be converted into liquid fuels, for example, or "cooked" in a process called "gasification" to produce combustible gases, which reduces various kinds of emissions from biomass combustion, especially particulates.
It melts. Thus it can be drawn up the wick ... to be vaporized and burned.
Charles C. Graves has written: 'Some aspects of combustion of liquid fuel' -- subject(s): Combustion, Liquid fuel
Even though fuel oil is classified as a flammable liquid, most fuels will not burn easily in a liquid state. If you were to drop a lit match in a container of fuel oil, it would PROBABLY go out almost immediately (don't try this!). In order for fuel oil to burn, it must first be transformed from a liquid to a vaporized state ~ atomized. Atomization increases the exposure of the fuel to the oxygen in the air; this promotes combustion.