Conversion of one ionic compound to another.

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SUMMARY

The discussion focuses on the conversion of ionic compounds through specific chemical reactions. The user describes three reactions: potassium carbonate to zinc carbonate using aqueous solutions of potassium carbonate and zinc nitrate, magnesium sulfate to magnesium hydroxide with magnesium sulfate and sodium hydroxide, and lead nitrate to sodium nitrate via lead nitrate and sodium chloride. The responses emphasize the importance of solubility rules and the filtration process to isolate precipitates formed during these reactions.

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  • Basic understanding of ionic compounds and their reactions
  • Knowledge of solubility rules in chemistry
  • Familiarity with filtration techniques in laboratory settings
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  • Study the solubility rules for ionic compounds
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Ok so I'm doing chemistry 1 at uni and have done my first practical. I haven't much background at all in chemistry as I have taken it as an elective for my BEng(elec). I am finding it rather confusing with so many words to remember and so many links to be made between those words to understand. Perhaps I'm a stupid ape?

Here are the questions and my answers:::

Potassium carbonate to zinc carbonate:
Mix together aqueous solutions of Potassium carbonate and Zinc Nitrate then filter out the precipitated Zinc carbonate.

Magnesium sulfate to magnesium hydroxide:
Mix together aqueous solutions of magnesium sulfate and sodium hydrixide. Magnesium hydroxide isolated by filtration.

Lead nitrate to sodium nitrate:
Mix aqueous solutions of lead nitrate and sodium chloride together then filter out the lead chloride and evaporate the water from the resultant filtrate to get a hydrated sodium nitrate.

Please I have no idea if these are right but these are the answers that make sense to me at the moment hence the best i can do at the moment so please give some feedback. Thankyou
 
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Those are ionic rearrangment reactions. Review your solubility rules. If precipitates form, then they may be filtered to separate them from the rest of the resulting solution. Note that some (many?) chlorides of heavy metals are insoluble.
 

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