Limonite is not a metallic mineral. It is actually an iron ore which often has a yellow-brown color due to the presence of hydrated iron oxide minerals. Minerals like pyrite and chalcopyrite are examples of metallic minerals.
Limonite is a nonmetallic mineral, primarily composed of iron oxide and hydroxide. It typically appears as a yellowish-brown or rusty-colored material and lacks the shiny luster associated with metallic minerals. Instead, limonite has a dull to earthy appearance, distinguishing it from metallic ores.
The hardness of Limonite is 4 t0 5.5 on the mohs hardness scale.
Limonite belongs to the mineral group known as oxides and hydroxides.
Limonite is generally not considered magnetic. It is primarily composed of iron oxides and hydroxides but lacks the strong magnetic properties found in minerals like magnetite. While some forms of limonite may exhibit weak magnetism due to the presence of iron, it is not typically classified as a magnetic mineral.
Fe2O3.H2O
Limonite is a nonmetallic mineral, primarily composed of iron oxide and hydroxide. It typically appears as a yellowish-brown or rusty-colored material and lacks the shiny luster associated with metallic minerals. Instead, limonite has a dull to earthy appearance, distinguishing it from metallic ores.
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limonite is used for changing the color of paint from red to yellow. and made in white paint
The hardness of Limonite is 4 t0 5.5 on the mohs hardness scale.
limonite is a minor ore of iron, it is used in Chinese in medicine and it is used in white paint.
Limonite is an iron ore; the approximative composition is FeO(OH).nH2O.
Limonite belongs to the mineral group known as oxides and hydroxides.
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yes it does
Limonite is a natural iron ore. Limonite can be found in various shades of brown, yellow, orange and combinations of the three.
Limonite is only a synonym for goethite. Goethite Chemical formula: Fe3+O(OH) Crystal system: orthorombic bipyramidal Dana class: Hydroxides and oxides containing hydroxyl Synonym: limonite
Limonite typically displays a fracture rather than cleavage. Its structure lacks distinct planes of weakness that would allow it to exhibit cleavage. Instead, limonite breaks irregularly along its surfaces due to its uneven internal structure.