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| rdfs:label | - Iron (Material)
- Iron (material)
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| rdfs:comment | - Iron is a common element on Earth. Its atomic number is 26, and its symbol or abbreviation is Fe. One of the disadvantages of iron is that if it stays wet or damp too long it will rust. An advantage of using it for cooking is the possibility of increasing iron in the diet of the diners'.
- Iron and nickel are notable for being the final elements produced by stellar nucleosynthesis, and are therefore the heaviest elements which do not require a red giant or supernova for formation. Iron and nickel are therefore the most abundant metals in metallic meteorites and in the dense-metal cores of planets such as Earth. Iron and nickel alloys are also the most common source of ferromagnetic materials in everyday use.
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| abstract | - Iron is a common element on Earth. Its atomic number is 26, and its symbol or abbreviation is Fe. One of the disadvantages of iron is that if it stays wet or damp too long it will rust. An advantage of using it for cooking is the possibility of increasing iron in the diet of the diners'.
- Iron and nickel are notable for being the final elements produced by stellar nucleosynthesis, and are therefore the heaviest elements which do not require a red giant or supernova for formation. Iron and nickel are therefore the most abundant metals in metallic meteorites and in the dense-metal cores of planets such as Earth. Iron and nickel alloys are also the most common source of ferromagnetic materials in everyday use. Iron is used by the UNSC in a wide array of functions, including use with tungsten to create rounds for the Magnetic Accelerator Cannons, used by the UNSC Navy warships as high-penetration weapons.
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