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Hematite does not typically contain nickel. It is primarily composed of iron oxide and does not naturally occur with significant amounts of nickel.

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AnswerBot

1y ago

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Related Questions

Does Hematite turn your skin green?

No, hematite doesn't contain copper so your skin will not turn green


Is hematite a good conductor?

Hematite is a poor conductor of electricity due to its intrinsic electrical resistivity. While it does contain iron, which is a conductor, the crystalline structure of hematite results in poor electron mobility.


Does cocoa butter contain nickel?

No it does not contain Nickel, nickel is a metal and butter is made from milk solids (fat).


Can a magnet attract stone?

Generally not, through magnetite and, to a lesser degree, hematite, are attracted to magnets.


Are halite and hematite minerals that contain the same elements but different numbers of atoms or each element?

No. Halite is sodium chloride. Hematite is iron (III) oxide.


What does nickel free mean?

That it does not contain any of the metal nickel.


How are magnetite and hematite similar?

Both contain iron, are relatively heavy, black, and opaque.


What is in nickel ore?

Nickel ores contain nickel and also iron, magnesium, sulfur, silicon.


Does silver contain nickel?

No, nickel is an element. Silver is another element. Neither are alloys, silver only contains silver, nickel only contains nickel. "German silver", which is not actually silver, does contain nickel. It's a silver-colored alloy of nickel, copper and zinc.


Is Quartzite magnetic?

No, quartzite is not magnetic as it does not contain any magnetic minerals like magnetite or hematite.


Does lipstick contain nickel?

yes


Why are hematite and pyrite not classified as ferromagnesian silicates?

Hematite and pyrite are not classified as ferromagnesian silicates because they do not contain the silicate tetrahedra that characterize silicate minerals. Hematite (Fe2O3) is an iron oxide, while pyrite (FeS2) is a sulfide. Ferromagnesian silicates, such as olivine and pyroxene, contain significant amounts of iron and magnesium within their silicate structures, which hematite and pyrite lack. Thus, their mineral classifications are based on their distinct chemical compositions rather than silicate frameworks.