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Risk assessment guidance for using magnesium compounds, including magnesium carbonate hydroxide (basic carbonate), chlorate(VII) (perchlorate), chloride, nitrate, oxide, sulfate.
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Brief risk assessment guidance and experimental notes for a range of activities involving magnesium metal and magnesium compounds (Hazcards 59A and 59B).
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This practical illustrates the idea that oxygen has mass, and that burning can involve an increase in mass as an element reacts to become an oxide. The activity also introduces the idea that the relat..
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Risk assessment guidance for Magensium
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Brief note on where to find detailed information about these substances.
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This edition includes a note from the director on CLEAPSS services, and other notes on Hazcards updates, no eating and drinking in the lab, recording risk assessments, buying Petri dishes, calcium oxi..
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Risk assessment guidance for silver metal, silver nitrate, silver halides (chloride, bromide and iodide).
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When the iron/sulfur mixture is heated, the sulfur melts and reacts with the iron exothermically to form iron(II) sulfide. This is an important demonstration that shows that the properties of a compou..
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Using silver metal, silver bromide, chloride, iodide, nitrate (V) and oxide safely in practical work.
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The reaction between iron and sulfur, to produce iron sulfide, is cited in many textbooks and other resources as a good demonstration of the difference between mixtures and compounds. A key distinguis..
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