Ca²+ Sr²+ Ba²+ Zn²+ Cu²+ Al³+ Pb²+ Fe³+ F- Name CL Br Chemical Reactions Activity Precipitation Chart (10 points) он- × soa… | co- S²- PO-
Based on the Solubility Rules video, will the following reactants form a precipitate? If so, write a balanced molecular and net ionic equation. If there is no reaction, write "NO RXN." Assume all the reactants are aqueous solutions. Balanced Molecular Equation = 4 pts Balanced Net lonic Equation = 4 pts Color of the precipitate: 1 point 1. 2. 3. 4. 5. _Fe(NO3)3 + _Na₂PO4 → Net lonic: Color of the precipitate: __AgNO₂ + Na₂CO, → Net lonic: Color of the precipitate: _Zn(NO3)2 + Na3PO4 → Net lonic: Color of the precipitate: Fe(NO3)3 + NaOH → Net lonic: Color of the precipitate: Mg(NO3)2 + Na₂PO4 → Net lonic: Color of the precipitate:
6. Lead (II) nitrate is mixed with sodium hydroxide. Molecular: Net lonic: 7. Calcium nitrate is mixed with sodium phosphate. Molecular: Net lonic: Color of the precipitate: 8. Aluminum nitrate is mixed with sodium carbonate. Molecular: Net lonic: Color of the precipitate: 9. Silver nitrate is mixed with sodium iodide. Molecular: Net lonic: Color of the precipitate: 10. Copper (II) nitrate is mixed with sodium hydroxide. Molecular: Net lonic: Color of the precipitate:
CHM 111 Learning Objectives Students will be able to.... 1. Predict the product of various chemical reactions. 2. Use solubility rules to identify the solid produced in a precipitation reaction. 3. Write balanced molecular and net ionic equations. 4. Classify the type of reaction based on the reactants and products. Ag+ NH₂* Mg²+ Watch the video called "Solubility Rules" and mark your observations on the grid below. Indicate the formation of a precipitate with a check mark. Video Link: CHM 111 Learning Objectives Students will be able to.... 1. Predict the product of various chemical reactions. 2. Use so
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