QuestionJuly 6, 2025

Determine the number of NH_(4)^+ and CO_(3)^2- ions required to form a neutral ionic compound. Cations Anions NH_(4)^+ CO_(3)^2- Answer Bank square NH_(4)^+ NH_(4)^+ square CO_(3)^2- CO_(3)^2- NH_(4)^+ NH_(4)^+ NH_(4)^+ CO_(3)^2- CO_(3)^2- CO_(3)^2-

Determine the number of NH_(4)^+ and CO_(3)^2- ions required to form a neutral ionic compound. Cations Anions NH_(4)^+ CO_(3)^2- Answer Bank square NH_(4)^+ NH_(4)^+ square CO_(3)^2- CO_(3)^2- NH_(4)^+ NH_(4)^+ NH_(4)^+ CO_(3)^2- CO_(3)^2- CO_(3)^2-
Determine the number of NH_(4)^+ and CO_(3)^2- ions required to form a neutral ionic compound.
Cations
Anions
NH_(4)^+
CO_(3)^2-
Answer Bank
square 
NH_(4)^+
NH_(4)^+ square 
CO_(3)^2-
CO_(3)^2-
NH_(4)^+
NH_(4)^+
NH_(4)^+
CO_(3)^2-
CO_(3)^2-
CO_(3)^2-

Solution
4.7(154 votes)

Answer

2 NH_{4}^{+}, 1 CO_{3}^{2-} Explanation 1. Determine the charge balance To form a neutral compound, the total positive charge must equal the total negative charge. NH_4^+ has a charge of +1, and CO_3^{2-} has a charge of -2. 2. Calculate the ratio of ions Two NH_4^+ ions are needed to balance one CO_3^{2-} ion because 2 \times (+1) = +2 balances 1 \times (-2) = -2.

Explanation

1. Determine the charge balance<br /> To form a neutral compound, the total positive charge must equal the total negative charge. $NH_4^+$ has a charge of +1, and $CO_3^{2-}$ has a charge of -2.<br /><br />2. Calculate the ratio of ions<br /> Two $NH_4^+$ ions are needed to balance one $CO_3^{2-}$ ion because $2 \times (+1) = +2$ balances $1 \times (-2) = -2$.
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