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Complete the table below by writing the symbols for the cation and anion that make up each ionic compound. The first row has been completed for you.ionic compound cation anionNaCl Na+ Cl−MnF2 FeNO33 NH4Cl CoOH2

Question

Complete the table below by writing the symbols for the cation and anion that make up each ionic compound. The first row has been completed for you.ionic compound cation anionNaCl Na+ Cl−MnF2 FeNO33 NH4Cl CoOH2

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Solution

ionic compound cation anion NaCl Na+ Cl− MnF2 Mn2+ F− FeNO33 Fe3+ NO3− NH4Cl NH4+ Cl− CoOH2 Co2+ OH−

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Fill in the name and empirical formula of each ionic compound that could be formed from the ions in this table:Some ionic compoundscation anion empirical formula name of compoundSn4+ Cl− Sn2+ Cl− Na+ Cl− Mg2+ Cl−

Fill in the name and empirical formula of each ionic compound that could be formed from the ions in this table:some ionic compoundscation anion empirical formula name of compoundCa2+ PO3−3 Na+ BrO− Ba2+ SO2−3 K+ IO−

Complete the table by classifying each ion as an anion or cation.

To fill in the table, we need to balance the charges of the cations and anions to find the empirical formula for each ionic compound. Then we can name the compound accordingly. 1. For the cation Fe^3+ and the anion S^2-: - To balance the charges, we need two Fe^3+ ions for every three S^2- ions. - The empirical formula is Fe2S3. - The name of the compound is iron(III) sulfide. 2. For the cation Pb^4+ and the anion O^2-: - To balance the charges, we need two Pb^4+ ions for every four O^2- ions (which simplifies to one Pb^4+ for every two O^2-). - The empirical formula is PbO2. - The name of the compound is lead(IV) oxide. 3. For the cation Mn^2+ and the anion N^3-: - To balance the charges, we need three Mn^2+ ions for every two N^3- ions. - The empirical formula is Mn3N2. - The name of the compound is manganese(II) nitride. 4. For the cation Fe^2+ and the anion P^3-: - To balance the charges, we need three Fe^2+ ions for every two P^3- ions. - The empirical formula is Fe3P2. - The name of the compound is iron(II) phosphide. So the completed table should list the empirical formulas and names of the compounds as follows: - Fe2S3, iron(III) sulfide- PbO2, lead(IV) oxide- Mn3N2, manganese(II) nitride- Fe3P2, iron(II) phosphide

Write the empirical formula of at least four binary ionic compounds that could be formed from the following ions:Zn2+, Fe2+, Cl−, O2−

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