it goes with the transfer of energy. if you take lets say a match and strike it you transfer mechanil from arm movement to heat and sound energy the actual match contains chemical energy.
combustion
The burning becomes heat energy. The heat boils water to make steam, which then turns a turbine, which is kinetic energy. The turbine can power a power generator, producing electric energy, which can then produce almost any kind of energy.
flames produces light enery co,co2,and other compounds
sulfur reacts violently with heat causing flames
because it is relasing dangerous gases
to produce heat and burn materails
The burning match stick produces a sound because of the heat its flames are producing. The snuffing of the fire produces a tiny bit of steam, which make the hissing sound.
combustion
Burning.
sun creates heat because it is a burning star and the brightness of the flames give us light
From the nuclear reaction of burning hydrogen!
The temperature is higher and the soot is minimal.
Coal changes to ash, flames with heat coming out.
This depends on the source of heat, and whether it is tangible or not. The composition of the window can also determine the nature and rate of heat transference. If the house is burning down and you've got wooden windows, heat transfer will normally be caused by the flames burning the wood.
Heat will produce steam. The heat itself can be produced by different means; but the most common one is burning something, i.e., chemical energy.Heat will produce steam. The heat itself can be produced by different means; but the most common one is burning something, i.e., chemical energy.Heat will produce steam. The heat itself can be produced by different means; but the most common one is burning something, i.e., chemical energy.Heat will produce steam. The heat itself can be produced by different means; but the most common one is burning something, i.e., chemical energy.
Burning wood in air/oxygen is a combustion reaction, a type of oxidation-reduction reaction.
flames