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(a)
Interpretation:
The systematic name of
Concept introduction:
Ternary compounds are those ionic compounds that contain metal ions connected to two other elements. They have a monoatomic metal cation and an oxyanion; that is, polyatomic in their formulas. In the chemical formula of ternary compounds, the cation is present before the anion. They are named by adding the suffixes -ate and –ite.
In the stock system, the oxidation number of the metal cation is written in Roman number within parenthesis.
(b)
Interpretation:
The systematic name of
Concept introduction:
Ternary compounds are those ionic compounds that contain metal ions connected to two other elements. They have a monoatomic metal cation and an oxyanion; that is, polyatomic in their formulas. In the chemical formula of ternary compounds, the cation is present before the anion. They are named by adding the suffixes -ate and –ite.
In the stock system, the oxidation number of the metal cation is written in Roman number within parenthesis.
(c)
Interpretation:
The systematic name of
Concept introduction:
Ternary compounds are those ionic compounds that contain metal ions connected to two other elements. They have a monoatomic metal cation and an oxyanion that is polyatomic in their formulas. In the chemical formula of ternary compounds, the cation is present before the anion. They are named by adding the suffixes -ate and –ite.
In the stock system, the oxidation number of the metal cation is written in Roman number within parenthesis.
(d)
Interpretation:
The systematic name of
Concept introduction:
Ternary compounds are those ionic compounds that contain metal ions connected to two other elements. They have a monoatomic metal cation and an oxyanion that is polyatomic in their formulas. In the chemical formula of ternary compounds, the cation is present before the anion. They are named by adding the suffixes -ate and –ite.
In the stock system, the oxidation number of the metal cation is written in Roman number within parenthesis.
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Chapter 6 Solutions
EBK INTRODUCTORY CHEMISTRY
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