3a. Consider the reaction when aqueous solutions ofchromium(II) nitrate and bariumiodide are combined. The net ionic equation for thisreaction is:

3b. Consider the reaction when aqueous solutions of zincsulfate and iron(III) acetate arecombined. The net ionic equation for this reaction is:

3c. Consider the reaction when aqueous solutions ofsodium nitrate and bariumhydroxide are combined.

The net ionic equation for this reaction is:

3d. Consider the reaction when aqueous solutions ofsodium hydroxide and potassiumacetate are combined.

The net ionic equation for this reaction is:

3e. Consider the reaction whenaqueous solutions of potassium iodide and ammonium carbonate are combined.The net ionic equation forthis reaction is:

3f. Consider the reactionwhen aqueous solutions of magnesium sulfate andsodium phosphate are combined. The net ionicequation for this reaction is:

3g. Consider the reaction when aqueous solutions ofbarium nitrate and sodium sulfideare combined.The net ionic equation for this reaction is:

3h.Consider the reaction when aqueous solutions ofammonium sulfide and bariumacetate are combined. The net ionic equation for thisreaction is:

3i. Consider the reaction when aqueous solutions ofiron(III) iodide and sodiumphosphate are combined. The net ionic equation for thisreaction is:

3j. Consider the reaction when aqueous solutions oflead(II) acetate and bariumhydroxide are combined. The net ionic equation for thisreaction is:

3k. Write a net ionic equation for the reaction that occurswhen aqueous solutions of hydroiodic acid andbarium hydroxide are combined.

(Use H⁺ instead of H₃O⁺.)

3l. Write a net ionic equation for the reaction that occurs whenaqueous solutions of nitrous acid andpotassium hydroxide are combined.