In order to extract copper from malachite, the malachite must be heated to a high temperature. This produces a fine black powder (copper Oxide). The copper oxide is heated again to a more extreme temperature, this removes the oxygen, leaving metallic copper.
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Any deposit of rock or mineral, such as malachite, that has a content of copper high enough to make it economically feasible to mine.
Sulphuric acid is used with malachite to separate the copper and the sand. This is because the copper dissolves into the solution where as the sand remains.
The formula for Malachite is Cu 2 CO 3(OH) 2.
According to my chemistry book it's copper carbonate.
Malachite is a hydrated copper carbonate - Cu2CO3(OH)2; this compound is thermally decomposed in water, carbon dioxide and cupric oxide.Cupric oxixe may be reduced with hydrogen to copper:CuO + H2 = Cu + H2O
Any deposit of rock or mineral, such as malachite, that has a content of copper high enough to make it economically feasible to mine.
The mineral malachite is found in oxidization zones of copper deposits.
Malachite is usually found among copper deposits. In the United States, copper is mined in several states. Michigan, Arizona, Utah, and New Mexico all have copper mines.
the ores of copper are chalcopyrite .malachite .azurite. and native copper.
The copper ore malachite is formed as the result of natural hydrothermal processes.
copper sulfate
The predominant metal in malachite is copper.Related Information:Malachite is an opaque bright blue to bright green copper carbonate hydrate, a semiprecious mineral, that contains the metal copper in combination with carbonate and hydroxide groups. Malachite often contains other metals, but only in small amounts.The chemical formula for malachite is CuCO3.Cu(OH)2.
The mineral malachite is an ore of copper.
The ores of Copper are usually copper carbonates such as Malachite.
This would be copper.
It can be Malachite or Azurite
Sulphuric acid is used with malachite to separate the copper and the sand. This is because the copper dissolves into the solution where as the sand remains.