Explain why molten ionic compounds conduct electricity.

In the subtopic Electrolysis of molten ionic compounds, this learning objective focuses on explain why molten ionic compounds conduct electricity. It sits within Electrolysis for AQA GCSE Chemistry 8462 Unit 4.4, so the explanation must stay anchored to chemical changes rather than drifting into a general chemistry idea. Approved keywords to use include molten ionic compound. Molten ionic compound. means a substance that is in a liquid state due to high temperature, allowing ions to move freely and conduct electricity Avoid the mistake of students often think that molten ionic compounds conduct electricity because they are hot, rather than understanding that it is due to the presence of free-moving ions; instead, emphasize that molten ionic compounds conduct electricity because the ionic bonds break, allowing ions to move freely and carry charge For exam answers, when you see a question about electrolysis, first confirm whether the ionic compound is molten or dissolved in water – only in these states can ions move freely and conduct electricity Keep acid, alkali and base distinct; keep oxidation and reduction distinct; do not mix reduction with displacement; keep electrolysis separate from electroplating; distinguish anode from cathode, positive ions from negative ions, oxidation state from ionic charge, and strong acid from concentrated acid.