(a)
Interpretation:Correct name of compound
Concept introduction:Ionic bonding involves a complete transfer of valence electrons between two elements and has interaction between two oppositely charged ions. The bond formed between reactive metals and non-metals is called an ionic bond.
Metals are usually electron donors and they become cations in the process, while non-metals are usually electrons pair acceptors, and they become anions in the process.
Cation or metal is named followed by name of anion for all ionic compounds. For binary ionic compounds, the cation name is the same as that of the metal, whereas the anion name has suffix
(b)
Interpretation:Correct name of the compound
Concept introduction:Ionic bonding involves a complete transfer of valence electrons between two elements and has interaction between two oppositely charged ions. The bond formed between reactive metals and non-metals is called an ionic bond.
Metals are usually electron donors and they become cations in the process, while non-metals are usually electrons pair acceptors, and they become anions in the process.
Cation or metal is named followed by name of anion for all ionic compounds. For binary ionic compounds, the cation name is the same as that of the metal whereas anion name has suffix
(c)
Interpretation: The correct name of
Concept introduction:Ionic bonding involves a complete transfer of valence electrons between two elements and has interaction between two oppositely charged ions. The bond formed between reactive metals and non-metals is called an ionic bond.
Metals are usually electron donors and they become cations in the process, while non-metals are usually electrons pair acceptors, and they become anions in the process.
Cation or metal is named followed by name of anion for all ionic compounds. For binary ionic compounds, the cation name is the same as that of the metal whereas anion name has a suffix
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Principles of General Chemistry
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