identify the spectator ions in this reaction. check all that apply. h⁺ + cn⁻ + li⁺ + oh⁻ → li⁺ + cn⁻ + h₂o…

identify the spectator ions in this reaction. check all that apply. h⁺ + cn⁻ + li⁺ + oh⁻ → li⁺ + cn⁻ + h₂o h⁺ cn⁻ li⁺ oh⁻ h₂o done

identify the spectator ions in this reaction. check all that apply. h⁺ + cn⁻ + li⁺ + oh⁻ → li⁺ + cn⁻ + h₂o h⁺ cn⁻ li⁺ oh⁻ h₂o done

Answer

Answer:

C. $Li^+$, B. $CN^-$

Explanation:

Step1: Understand spectator ions

Spectator ions are ions that do not participate in the actual chemical - reaction. They are present in the same form on both the reactant and product sides of a chemical equation.

Step2: Analyze the given reaction

The given reaction is $H^++CN^- + Li^++OH^-\rightarrow Li^++CN^-+H_2O$.

Step3: Identify spectator ions

For $Li^+$, it is present as $Li^+$ on the reactant side and also as $Li^+$ on the product side. For $CN^-$, it is present as $CN^-$ on the reactant side and as $CN^-$ on the product side. While $H^+$ and $OH^-$ react to form $H_2O$, so they are not spectator ions. And $H_2O$ is a product of the reaction and not an ion. So the spectator ions are $Li^+$ and $CN^-$.