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The term "rust" technically applies only to iron oxides and its variations, so the element carbon cannot rust.
The minerals within a rock that contain iron, such as iron oxides or sulfides, are the parts that can undergo rusting when exposed to oxygen and water. This process results in the formation of rust or iron oxide on the surface of the rock.
Phosphorus itself does not rust because rust is a term specifically used for the oxidation of iron and iron alloys. However, phosphorus can react with oxygen to form phosphorus oxide, which can corrode in certain conditions.
Boron itself does not rust because it does not contain iron, which is necessary for rusting to occur. Rusting is the oxidation of iron in the presence of water and oxygen, so materials without iron, like boron, do not rust.
Alfa iron: An allotropic modification of iron which crystallises in the b.c.c stystem and is stable below 9120C.Ferrite: is the term applied to substanitially pure alfa-iron occuring in iron-carbon alloys. it is precipitated durng the cooling of steels containing less than 0.85%C, and is called to distinguish it from the iron the eutectoid
The term is applied frequently to iron and iron alloys.
The term refers to alloys which contain iron.
Metal is a general term for the meatallic elements and alloys made of them.
Other metals can corrode, but the term rust is usually just refers to the product of corroding iron or iron alloys.
The term non-ferrous is used to indicate metals other than iron and alloys that do not contain an appreciable amount of iron.
They are called ferromagnets or permanent magnets. They are also called man-made or synthetic magnets. If you're on A+, the correct answer is ferromagnets. - Dawn Ayers
things that are metal material The term is applied frequently to iron and iron alloys.
The term "rust" technically applies only to iron oxides and its variations, so the element carbon cannot rust.
Rust is a general term for iron oxides. It is formed from the reaction of Iron and water.
The minerals within a rock that contain iron, such as iron oxides or sulfides, are the parts that can undergo rusting when exposed to oxygen and water. This process results in the formation of rust or iron oxide on the surface of the rock.
Phosphorus itself does not rust because rust is a term specifically used for the oxidation of iron and iron alloys. However, phosphorus can react with oxygen to form phosphorus oxide, which can corrode in certain conditions.
Iron oxide is too general a term. The formula for Iron (II) Oxide is FeO and the formula of Iron (III) Oxide is Fe2O3