You put two compounds in a reaction chamber. The more reactive compound will 'steal' the oxide from the other compound.
Sulfide ores are usully converted to oxides by heating them in air, this process is called roasting. During this process, metal sulfide is turned into metal oxide and sulfur dioxide is given out as a by-product.
CALCINATION This is a process in which corbon is expelled from its compound i.e cao. ROASTING This is a process in which metal is converted in to its oxide BY FARIDA REHMAN
Carbonate and sulphide ores are usually converted into oxides during the extraction process because oxides are more stable and easier to reduce to obtain the desired metal. By converting them into oxides, it becomes simpler to extract the metals through processes like reduction with carbon or electrolysis. This conversion also helps remove impurities present in the original ore.
In the process of heating with carbon monoxide, carbon monoxide acts as a reducing agent. It reacts with the metal oxides in the mineral ores to reduce them to their pure metal form. This process is used to extract metals like iron from their ores by forming volatile metal carbonyl compounds that can be decomposed to produce the pure metal.
Most ores contain mineral compounds, such as oxides, sulfides, carbonates, and silicates. These compounds typically contain metal elements that can be extracted through mining and processing.
roasting
Oxides of copper are compounds !
Sulfide ores are usully converted to oxides by heating them in air, this process is called roasting. During this process, metal sulfide is turned into metal oxide and sulfur dioxide is given out as a by-product.
CALCINATION This is a process in which corbon is expelled from its compound i.e cao. ROASTING This is a process in which metal is converted in to its oxide BY FARIDA REHMAN
The products of a complete burning are carbon dioxide (sometimes oxides of nitrogen and sulfur), water vapors and a residue of oxides. Of course these compounds are very different from the reactants - chemically and physically.
they are inorganic
The products of a complete burning are carbon dioxide (sometimes oxides of nitrogen and sulfur), water vapors and a residue of oxides. Of course these compounds are very different from the reactants - chemically and physically. Different compounds have different properties.
Oxides are formed by combining oxygen with metals. Oxides are compounds that contain at least one oxygen atom bound to one or more metal atoms. This process is known as oxidation.
Carbonate and sulphide ores are usually converted into oxides during the extraction process because oxides are more stable and easier to reduce to obtain the desired metal. By converting them into oxides, it becomes simpler to extract the metals through processes like reduction with carbon or electrolysis. This conversion also helps remove impurities present in the original ore.
In the process of heating with carbon monoxide, carbon monoxide acts as a reducing agent. It reacts with the metal oxides in the mineral ores to reduce them to their pure metal form. This process is used to extract metals like iron from their ores by forming volatile metal carbonyl compounds that can be decomposed to produce the pure metal.
Oxygen.
Most ores contain mineral compounds, such as oxides, sulfides, carbonates, and silicates. These compounds typically contain metal elements that can be extracted through mining and processing.