(a)
Interpretation:The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolvedfor which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(a)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(b)
Interpretation:The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(b)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(c)
Interpretation:The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(c)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(d)
Interpretation: The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(d)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(e)
Interpretation: The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(e)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(f)
Interpretation: The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(f)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(g)
Interpretation: The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(g)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
(h)
Interpretation: The name and the formula of ionic compound formed between
Concept introduction:The naming of the compounds is dependent on the type of bond that is present between their atoms or molecules. For ionic compounds, the oxidation state of the metalsinvolved for which variable oxidation states are possible is mentioned in their names. In binary ionic compounds, the cation and anion are most likely to form by the atom combine.
(h)
Answer to Problem 78AE
The name and the formula of ionic compound formed between
Explanation of Solution
The element
Thus, the formula of the compound is
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Chapter 2 Solutions
Chemical Principles
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