Concept explainers
(a)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of sodium with
The electron configuration of
Sodium loses
Selenium gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
(b)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of rubidium with
The electron configuration of fluorine with
Rubidium loses
Fluorine gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
(c)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of potassium with
The electron configuration of tellurium with
Potassium loses
Tellurium gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
(d)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of barium with
The electron configuration of
Barium loses
Selenium gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
(e)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of potassium with
The electron configuration of astatine with
Potassium loses
Astatine gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
(f)
Interpretation:
The simple binary ionic compound formed when the pair of element reacts with each other is to be stated.
Concept Introduction:
The distribution of the electrons that exists in the atomic orbital of an atom is collectively known as electron configuration. The description of every electron that is moving freely in an orbital is given by the electron configuration of that atom.
Atoms lose or gain electrons to become stable by attaining nearest noble gas configuration. While doing so, they are converted to their respective ions. The positive ion and the negative ion combine to form their corresponding salt.
Answer to Problem 104AP
The simple binary ionic compound formed when the pair of element reacts with each other is
Explanation of Solution
The electron configuration of francium with
The electron configuration of chlorine with
Francium loses
Chlorine gains
The formation of salt is given below as:
After the formation of the ions, the interchange of the valency of the ions takes place and salt
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Chapter 12 Solutions
Introductory Chemistry: A Foundation
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