QuestionJune 3, 2025

The net ionic equation for formation of an aqueous solution of Nil_(2) accompanied by evolution of CO_(2) gas via mixing solid NiCO_(3) and aqueous hydriodic acid is __ 2NiCO_(3)(s)+HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+2Ni^2+(aq) NiCO_(3)(s)+I^-(aq)arrow 2H_(2)O(I)+CO_(2)(g)+Ni^2+(aq)+HI(aq) NiCO_(3)(s)+2H^+(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq) NiCO_(3)(s)+2HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+NiI_(2)(aq) NiCO_(3)(s)+2HI(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq)+2I^-(aq)

The net ionic equation for formation of an aqueous solution of Nil_(2) accompanied by evolution of CO_(2) gas via mixing solid NiCO_(3) and aqueous hydriodic acid is __ 2NiCO_(3)(s)+HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+2Ni^2+(aq) NiCO_(3)(s)+I^-(aq)arrow 2H_(2)O(I)+CO_(2)(g)+Ni^2+(aq)+HI(aq) NiCO_(3)(s)+2H^+(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq) NiCO_(3)(s)+2HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+NiI_(2)(aq) NiCO_(3)(s)+2HI(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq)+2I^-(aq)
The net ionic equation for formation of an aqueous solution of Nil_(2) accompanied by
evolution of CO_(2) gas via mixing solid NiCO_(3) and aqueous hydriodic acid is __
2NiCO_(3)(s)+HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+2Ni^2+(aq)
NiCO_(3)(s)+I^-(aq)arrow 2H_(2)O(I)+CO_(2)(g)+Ni^2+(aq)+HI(aq)
NiCO_(3)(s)+2H^+(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq)
NiCO_(3)(s)+2HI(aq)arrow 2H_(2)O(I)+CO_(2)(g)+NiI_(2)(aq)
NiCO_(3)(s)+2HI(aq)arrow H_(2)O(l)+CO_(2)(g)+Ni^2+(aq)+2I^-(aq)

Solution
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Answer

NiCO_{3}(s) + 2H^{+}(aq) \rightarrow H_{2}O(l) + CO_{2}(g) + Ni^{2+}(aq) Explanation 1. Identify the reactants and products The reaction involves solid NiCO_{3} and aqueous hydriodic acid (HI), producing CO_{2} gas, water, and nickel ions. 2. Determine the net ionic equation The net ionic equation includes only species that undergo a change. NiCO_{3}(s) reacts with H^{+}(aq) to form CO_{2}(g), H_{2}O(l), and Ni^{2+}(aq). Iodide ions (I^{-}) are spectator ions and do not appear in the net ionic equation.

Explanation

1. Identify the reactants and products<br /> The reaction involves solid $NiCO_{3}$ and aqueous hydriodic acid ($HI$), producing $CO_{2}$ gas, water, and nickel ions.<br /><br />2. Determine the net ionic equation<br /> The net ionic equation includes only species that undergo a change. $NiCO_{3}(s)$ reacts with $H^{+}(aq)$ to form $CO_{2}(g)$, $H_{2}O(l)$, and $Ni^{2+}(aq)$. Iodide ions ($I^{-}$) are spectator ions and do not appear in the net ionic equation.
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