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The formula for magnetite is Fe3O4. Magnetite is a mineral found in nature in the form of iron oxides. This ore is a natural magnet.
Yes, magnetite can dissolve in hydrochloric acid. When placed in hydrochloric acid, the iron component of magnetite reacts with the acid to form iron chloride, which results in the dissolution of magnetite.
No, magnetite is not a liquid. It is a naturally occurring mineral that is a solid form of iron oxide with magnetic properties.
Lodestone is a magnetized piece of magnetite and is sometimes referred to as magnetite. Lodestone is a naturally occurring magnet that attracts iron.
Yes, hydrochloric acid will dissolve magnetite. Magnetite is a type of iron oxide mineral, and hydrochloric acid can dissolve iron-containing minerals like magnetite by converting the iron into soluble forms. It will react with the iron in the magnetite to form iron chloride and other products.
The mineral you are referring to is likely magnetite, a naturally occurring iron oxide with magnetic properties. Lodestone is a naturally magnetized form of magnetite that was historically used in compasses.
The iron itself is usually found in the form of magnetite(Fe3O4), hematite (Fe2O3), goethite (FeO(OH)), limonite (FeO(OH).n(H2O)) or siderite (FeCO3). Source:Wiki
The chemical formula for magnetite is Fe3O4, which represents a combination of iron (Fe) and oxygen (O) atoms in a specific ratio. Magnetite is a naturally occurring mineral with magnetic properties, and it is commonly found in rocks and ores.
Magnetite can form relatively quickly in geological terms, usually within a few thousand years under the right conditions. The exact timeframe can vary depending on factors such as temperature, pressure, and availability of iron and oxygen.
Magnetite- it is naturally magnetic. Graphite is carbon- non magnetic
No, it's a permanent magnet. It consists of an iron oxide, and iron is a permanent magnet.
Magnetite typically forms when iron-rich rocks undergo chemical reactions in Earth's crust under high temperatures and pressure conditions. It can also form in hydrothermal veins or as a product of microbial activity. The presence of magnetite is often indicative of a specific geological history and can provide insights into the formation processes of rocks and minerals.