Hydrogen gas is produced.
When steam is passed over hot iron, the reaction produces iron oxide and hydrogen gas. The amount of hydrogen gas produced depends on the reaction conditions such as temperature, pressure, and quantity of iron. From the balanced chemical equation, for every mole of iron that reacts, one mole of hydrogen gas is produced.
Hydrogen gas is produced
H2o + fe------ feo+h2
When carbon monoxide is passed over red hot iron at 120°C, a reaction occurs to form a compound called iron carbonyl. This process is known as the Mond process and is used for the purification of nickel. Iron carbonyl is a volatile compound that can be easily separated, leaving behind purified nickel.
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It has changed from heating an iron on a range, to filling a chamber with hot coals, to being powered by electricity from a light socket power point, to the addition of steam and steam presses in order to iron clothes quicker and with more precision.
Hot iron for best results!,steam iron is a great help when fabric has become a little dry.
cold or hot it doesn't matter Just don't burn yourself while doing it.
Iron reacts with steam to give iron(III) oxide, which is yellow when hot and white when cold.
Hot water creates steam when ironing, which helps to relax and remove wrinkles from clothes more effectively. The steam penetrates the fabric fibers, making it easier to iron out creases and wrinkles. Additionally, hot water can help to sanitize and freshen up the garment as you iron.
An iron is hot in order to turn the water you put in it into steam. The steam is the key ingredient here. Basically you're making the fabric hot and damp, and using the weight of the iron to flatten out creases. The steam and warmth helps the fabric fibers to relax whatever shape they've gotten bent into.
Fe3O4 and Hydrogen gas