Galena's chemical name is - lead sulfide (PbS)
chemical formula
The chemical formula for glucose is C6H12O6.
The chemical formula for CF is carbon monofluoride.
The chemical formula for Fructose is C6H12O6
That is the chemical formula. SnCl4 is the chemical formula for tin(IV) chloride.
Galena is a mixture, not a compound and so it does not have a chemical formula. It is a mixture of sulphides of lead, silver, arsenic, antimony and copper. It is mainly PbS.
Yes, the chemical formula is PbS (lead sulfide) Pb=lead S=sulfur
formula of ammotal
Galena not a rock its a Economic mineral of lead. Formula of Galena is PbS. Galena and Sphalerite(ZnS) Found togather at Hydrothemal deposits.
Yes, it is possible.
Galena belongs to the sulfide mineral class. In its chemical composition, galena is primarily made up of lead sulfide (PbS).
Galena and halite have different chemical compositions. Galena is lead sulfide (PbS), while halite is sodium chloride (NaCl). Both minerals have distinct crystalline structures: galena has a cubic crystal structure, while halite has a cubic crystal structure as well.
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Galena itself does not have a smell. However, when exposed to air and moisture, galena can sometimes undergo a chemical reaction forming hydrogen sulfide gas, which has a distinct "rotten egg" smell.
crystal galena hernatite lazurite
Galena is the natural mineral form of lead(II) sulfide. It is the most important lead ore mineral. Galena deposits often contain significant amounts of silver as included silver sulfidemineral phases or as limited solid solution within the galena structure. These argentiferous galenas have long been the most important ore of silver in mining. In addition zinc, cadmium, antimony, arsenic and bismuth also occur in variable amounts in lead ores. Selenium substitutes for sulfur in the structure constituting a solid solution series. The lead telluride mineral altaite has the same crystal structure as galena. Within theweathering or oxidation zone galena alters to anglesite (lead sulfate) or cerussite (lead carbonate). Galena exposed to acid mine drainage can be oxidized to anglesite by naturally occurring bacteria and archaea, in a process similar to bioleaching.