Brown is the "hot" wire and blue is the neutral on a UK 220 volt power system.
The live (blue) wire delivers the power from the mains into the iron's circuit. The neutral (brown) is the return path back to the mains (electricity needs a closed circuit to flow). The earth (green/yellow stripe) wire is a safety device in case anything goes wrong with the wiring in the iron to cause a short circuit. It delivers the power along the earth wire into the ground instead of it going through the user.The Iron would work without the earth wire being connected but the user would be at risk of electric shock if the iron developed a fault or the wires came loose.
There are three main working parts Heating element, sole plate and pressure plate are the working parts in electric iron. These three parts are same in even in automatic electric iron.
Ernst Sachs is believed to be the first person that said he invented the electric soldering iron. He was from Germany.
an electromagnet
Alternating current flows through a flat iron.
Brown
yellow or brown
Iron.
brown when hot and yellow when cold
Its RED . Thered comes from the fact the blood molecule has an iron (III) [Fe^(3+] ion at its centre. The ion 'Iron (III) is RED in colour. In the lab. look at the colour of iron(III) chloride and iron(II) chloride. Iron (III) chloride is red/brown in colour and iron(II) chloride is green in colour.
Most iron III compounds are yellow except for iron III oxide and iron III hydroxide which is reddish brown
most metals are silver in colour,the exceptions are iron(red/brown), gold(yellow) and copper(brown),
Iron as the ion 'Fe^(3+) , which is coloured red/brown and gives blood its colour.
Iron OxideChemical Formula Fe2O3Looks exactly like rust (that's because it is)! It's a red-brown colour!
When Was The Electric Iron Invented? When Was The Electric Iron Invented?
Iron +2 (ferrous) ions are green in colour while Iron +3 (ferric) ions are dark brown, their solutions also have the same colours.
dark green (but orange - brown if left standing)