(a)
Interpretation:
The electron configuration for
Concept introduction:
Ionic charge is defined as the charge possesses by an ion that result by the gain or loss of an electron by an atom or a molecule. Metals are electropositive in nature because they lose electrons from their outermost shells. Nonmetals are electronegative in nature because they gain electrons in their outermost shells.
Answer to Problem 80E
The predicted electronic configuration of
Explanation of Solution
The given negative ion is
Bromine belongs to the group
The predicted electronic configuration of
(b)
Interpretation:
The electron configuration for
Concept introduction:
Ionic charge is defined as the charge possesses by an ion that result by the gain or loss of an electron by an atom or a molecule. Metals are electropositive in nature because they lose electrons from their outermost shells. Nonmetals are electronegative in nature because they gain electrons in their outermost shells.
Answer to Problem 80E
The predicted electronic configuration of
Explanation of Solution
The given negative ion is
Tellurium belongs to the group
The predicted electronic configuration of
(c)
Interpretation:
The electron configuration for
Concept introduction:
Ionic charge is defined as the charge possesses by an ion that result by the gain or loss of an electron by an atom or a molecule. Metals are electropositive in nature because they lose electrons from their outermost shells. Nonmetals are electronegative in nature because they gain electrons in their outermost shells.
Answer to Problem 80E
The predicted electronic configuration of
Explanation of Solution
The given negative ion is
Arsenic belongs to the group
The predicted electronic configuration of
(d)
Interpretation:
The electron configuration for
Concept introduction:
Ionic charge is defined as the charge possesses by an ion that result by the gain or loss of an electron by an atom or a molecule. Metals are electropositive in nature because they lose electrons from their outermost shells. Nonmetals are electronegative in nature because they gain electrons in their outermost shells.
Answer to Problem 80E
The predicted electronic configuration of
Explanation of Solution
The given negative ion is
Oxygen belongs to the group
The predicted electronic configuration of
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Chapter 5 Solutions
Introductory Chemistry: Concepts and Critical Thinking (8th Edition)
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