No, it cannot be extracted this way as aluminium is a much stronger reducing agent than carbon and has greater affinity to oxygen.
It is rather extracted by the process of electrolysis by passing electricity through molten aluminum ore which is bauxite mixed with cryolite.
When I find out the answer for this bloody exam too, I shall let you know.
The first few in the reactivity series... copper, lead, platinum and silver.. Gold occurs native.
Aluminium cannot be extracted by reduction with carbon as aluminium is more reactive than the carbon. Instead electolysis must be used, which is a much more expensive method of extracting a metal from it's ore.
No, sulfur, carbon and oxygen are elements not oxides.
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Sapphire and ruby are oxides of Aluminium Sapphire and ruby are oxides of Aluminium
Metals which are above Carbon in the reactivity series, eg. Magnesium. These metals need to be extracted by electrolysis.
When I find out the answer for this bloody exam too, I shall let you know.
Examples: uranium oxides, sodium oxides, lead oxides, aluminium oxide, plutonium oxides etc.
The first few in the reactivity series... copper, lead, platinum and silver.. Gold occurs native.
The oxides of carbon are CO and CO2.
No, sulfur, carbon and oxygen are elements not oxides.
Aluminium cannot be extracted by reduction with carbon as aluminium is more reactive than the carbon. Instead electolysis must be used, which is a much more expensive method of extracting a metal from it's ore.
your mums a milf whats a milf?
For example stable oxides as aluminium oxide.
A thermal degradation reaction; continuing heating at at higher temperature carbon dioxide, water, nitrogen and sulfur oxides, residual ash are obtained.
If the iron oxide is Fe3O4 you can use a magnet.This is possible because magnetite has strong magnetic properties.For the separation from other iron oxides aluminium hydroxide can be dissolved in alkalis; iron oxides are not soluble in alkalis.