Explain why there was no solid material remaining after heating the ammonium carbonate in this experiment. (Information for this report is within the photo)

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Explain why there was no solid material remaining after heating the ammonium carbonate in this experiment. (Information for this report is within the photo)
Questions for Reflection
1. A blue solution of copper(II) sulfate is mixed with a colorless solution of sodium phosphate, and
a blue precipitate is formed. Using the solubility rules, predict the formula of the precipitate, and
then write a balanced equation describing the reaction.
Going by the solubility rule, the formula of the precipitate would be Cu3(PO4)2 or copper phosphate.
2. A piece of zinc metal (a silver-colored metal) is placed in a blue solution of copper(II) sulfate.
After some time has elapsed, the solution is colorless, a red-brown solid has formed, and the zinc
metal has dissolved. Write a balanced single-replacement reaction that is consistent with the
above observations.
The balanced single replacement reaction would be Zn + CUSO4 --> ZnSO4 + Cu, this would be the single
replacement because only one replacement can take place when n replaces Cu.
3. Explain why there was no solid material remaining after heating the ammonium carbonate in this
experiment. (Hint: See the balanced equation for this reaction.)
Transcribed Image Text:Questions for Reflection 1. A blue solution of copper(II) sulfate is mixed with a colorless solution of sodium phosphate, and a blue precipitate is formed. Using the solubility rules, predict the formula of the precipitate, and then write a balanced equation describing the reaction. Going by the solubility rule, the formula of the precipitate would be Cu3(PO4)2 or copper phosphate. 2. A piece of zinc metal (a silver-colored metal) is placed in a blue solution of copper(II) sulfate. After some time has elapsed, the solution is colorless, a red-brown solid has formed, and the zinc metal has dissolved. Write a balanced single-replacement reaction that is consistent with the above observations. The balanced single replacement reaction would be Zn + CUSO4 --> ZnSO4 + Cu, this would be the single replacement because only one replacement can take place when n replaces Cu. 3. Explain why there was no solid material remaining after heating the ammonium carbonate in this experiment. (Hint: See the balanced equation for this reaction.)
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