QuestionJune 20, 2025

Identify the spectatorions for the reaction between calcium nitrate and sodium sulfate. The balanced molecular equation is Ca(NO_(3))_(2)(aq)+Na_(2)SO_(4)(aq)arrow CaSO_(4)(s)+2NaNO_(3)(aq) Na^+ and NO_(3)^- Ca^2+ and NO_(3)^- Ca^2+ and SO_(4)^2- Na^+ and SO_(4)^2-

Identify the spectatorions for the reaction between calcium nitrate and sodium sulfate. The balanced molecular equation is Ca(NO_(3))_(2)(aq)+Na_(2)SO_(4)(aq)arrow CaSO_(4)(s)+2NaNO_(3)(aq) Na^+ and NO_(3)^- Ca^2+ and NO_(3)^- Ca^2+ and SO_(4)^2- Na^+ and SO_(4)^2-
Identify the spectatorions for the reaction between calcium nitrate and sodium sulfate. The balanced
molecular equation is
Ca(NO_(3))_(2)(aq)+Na_(2)SO_(4)(aq)arrow CaSO_(4)(s)+2NaNO_(3)(aq)
Na^+ and NO_(3)^-
Ca^2+ and NO_(3)^-
Ca^2+ and SO_(4)^2-
Na^+ and SO_(4)^2-

Solution
4.3(209 votes)

Answer

Na^{+} and NO_{3}^{-} Explanation 1. Identify the ions in the reaction The ions present are Ca^{2+}, NO_3^{-}, Na^{+}, and SO_4^{2-}. 2. Determine the precipitate CaSO_4 is the solid precipitate formed. 3. Identify spectator ions Spectator ions do not participate in forming the precipitate. They remain in solution as ions. 4. List ions remaining in solution Na^{+} and NO_3^{-} remain in solution and do not form the precipitate.

Explanation

1. Identify the ions in the reaction<br /> The ions present are $Ca^{2+}$, $NO_3^{-}$, $Na^{+}$, and $SO_4^{2-}$.<br /><br />2. Determine the precipitate<br /> $CaSO_4$ is the solid precipitate formed.<br /><br />3. Identify spectator ions<br /> Spectator ions do not participate in forming the precipitate. They remain in solution as ions.<br /><br />4. List ions remaining in solution<br /> $Na^{+}$ and $NO_3^{-}$ remain in solution and do not form the precipitate.
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