Concept explainers
(a)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
The
Figure 1
The electron dot structure of
(b)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Lead belongs to the group
Figure 2
The electron dot structure of
(c)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Selenium belongs to the group
Figure 3
The electron dot structure of
(d)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Neon belongs to the group
Figure 4
The electron dot structure of
(e)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Cesium belongs to the group
Figure 5
The electron dot structure of
(f)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Gallium belongs to the group
Figure 6
The electron dot structure of
(g)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Antimony belongs to the group
Figure 7
The electron dot structure of
(h)
Interpretation:
The electron dot structure for the atom of
Concept introduction:
The electron dot formula is used for the identification of valence electrons present in an atom. It shows the symbol of an atom with its valence electron around it. It is also called as Lewis dot structure. The valence electrons around an atom are shown by dots. One dot represents one valence electron.
The rules to draw electron dot formula are given below.
• First, the symbol of an element is written.
• With the help of group number, the number of valence electrons is determined.
• The valance electrons are drawn around the atom by dots.
Answer to Problem 62E
The electron dot structure for the atom of
Explanation of Solution
Bromine belongs to the group
Figure 8
The electron dot structure of
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Chapter 5 Solutions
EBK INTRODUCTORY CHEMISTRY
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