(a) Pure iron is too alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel for many uses so most iron is converted into alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel by making mixtures of iron, the non-metal alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel and other metals.

(b) Steels are alloys since they are alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel of alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel with carbon and other metals.

(c) The different alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel atoms added to alloys alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel the layers in the structure of the pure metal, making it more difficult for them to alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel over each other, and so alloys are alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel.

(d) Alloys can be designed to have the best alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel for a alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel use and many are in everyday use.

(e) Low carbon steels are easily alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel, high carbon steels are hard, and alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel steels are resistant to alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel.

(f) Pure alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel (used in electrical wiring), alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel (used in jewelry), and alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel (used in greenhouse frames) are too soft for many uses and so are mixed with small amounts of similar metals to make them harder for everyday use.

(g) There are also alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel which can return to their original alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel after being alloysaluminiumcarboncoppercorrosiondeformeddistortgoldharderironmixturespropertiesshapeshapedsizedslidesmartsoftspecificstainlesssteel.