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Detailed information about the equation 4Mg3N2 -> 6MgO + 4N2 + 2O2 -> : The equation demonstrates the chemical reaction process between magnesium nitride (Mg3N2) to produce magnesium oxide (MgO), dinitrogen (N2) and oxygen gas (O2). According to the coefficients, 4 molecules of magnesium nitride generate 6 molecules of magnesium oxide, 4 molecules of dinitrogen and 2 molecules of oxygen gas.
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Reaction conditions: The reaction usually occurs at high temperatures and requires suitable pressure.
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Reaction process: During the reaction process, magnesium nitride will decompose into magnesium oxide, dinitrogen and oxygen gas. Each Mg3N2 molecule will provide enough material to produce 1.5 molecules of MgO, 1 molecule of N2, and 0.5 molecule of O2.
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Phenomena occurring: During the reaction process, changes in color, shape or volume of the reacting substance can be observed. When the reaction occurs, the products will appear in the form of a solid substance (MgO) and gases (N2 and O2).