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Detailed information about the equation 2Hg3Sb2 -> 2Hg2Sb2 + Sb2 + O2 -> :
The aforementioned chemical equation illustrates the decomposition of the mercury and antimony compound (Hg3Sb2) into another compound of mercury and antimony (Hg2Sb2), antimony (Sb2), and oxygen gas (O2). -
Reaction conditions:
The reaction typically occurs when subjected to high temperatures to accelerate the reaction rate. -
Reaction Process:
Upon heating, the Hg3Sb2 compound will decompose into Hg2Sb2, Sb2, and O2. -
Phenomena observed:
During the reaction process, the generation of O2 gas can be observed. The reaction products are new mercury and antimony compounds along with free antimony.
Note: This reaction needs to be conducted under strict control as both mercury and antimony are toxic substances, harmful to human health if directly exposed.