
(a)
Interpretation:
The element whose electronic configuration is given has to be identified.
1s2 2s2 2p63s23p64s23d4
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Chromium, Cr
Explanation of Solution
1s2 2s2 2p63s23p64s23d4 - To identify the element one has to simply look at the last subshell; 3d4. This element has valence electrons in subshell 3d. So it belongs to 4th period, d block. Total number of electrons = 24. The superscript number tells the row number of that block; here it is 4 so group is 6(2s + 4d) on the periodic table. The element is hence chromium.
(b)
Interpretation:
The element whose electronic configuration is given has to be identified.
1s2 2s2 2p63s23p2
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the atomic number of the atom. Each element has a unique atomic number.
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Silicon
Explanation of Solution
1s2 2s2 2p63s23p2 - To identify the element one has to simply look at the last subshell; 3p2. This element has valence electrons in subshell 3p. So it belongs to 3rdperiod, in p block. Total number of electrons = 14. The superscript number tells the row number of that block; here it is 2 so group is 14 (2s + 10d + 2p) on the periodic table. The element is hence silicon.
(c)
Interpretation:
The element whose electronic configuration is given has to be identified.
1s2 2s2 2p3
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the atomic number of the atom. Each element has a unique atomic number.
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Nitrogen
Explanation of Solution
1s2 2s2 2p3 - To identify the element one has to simply look at the last subshell; 2p3. This element has valence electrons in subshell 2p. So it belongs to 2ndperiod, in p block. Total number of electrons = 7. The superscript number tells the row number of that block; here it is 3 so group is 15 (2s + 10d + 3p) on the periodic table. The element is hence nitrogen.
(d)
Interpretation:
The element whose electronic configuration is given has to be identified.
1s2 2s2 2p63s23p6 4s23d104p65s24d10 5p66s1
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the atomic number of the atom. Each element has a unique atomic number.
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Caesium
Explanation of Solution
1s2 2s2 2p63s23p6 4s23d104p65s24d10 5p66s1-To identify the element one has to simply look at the last subshell; 6s1. This element has valence electrons in subshell 6s. So it belongs to 6thperiod, in s block. The superscript number tells the row number of that block; here it is 1 so group is 1 on the periodic table. The element is hence caesium.
(e)
Interpretation:
The element whose electronic configuration is given has to be identified.
1s2 2s2 2p63s23p6 4s23d104p65s24d10 5p66s24f145d106p2-
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the atomic number of the atom. Each element has a unique atomic number.
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Lead
Explanation of Solution
1s2 2s2 2p63s23p6 4s23d104p65s24d10 5p66s24f145d106p2-To identify the element one has to simply look at the last subshell; 3p2. This element has valence electrons in subshell 6p. So it belongs to 6thperiod, in p block. The superscript number tells the row number of that block; here it is 2 so group is 14 (2s + 10d + 2p) on the periodic table. The element is hence lead.
(f)
Interpretation:
The element whose electronic configuration is given has to be identified.
[Kr] 5s24d9
Concept introduction:
The electrons in an atom can be arranged in a shorthand notation form called electron configuration. Counting the number of electrons in the electron configuration will help us to know the atomic number of the atom. Each element has a unique atomic number.
The ending gives the exact location of the atom on the periodic table. The subscript tells the period number, the subshell letter tells the block and the superscript number tells the row number of that block.

Answer to Problem 13E
Silver
Explanation of Solution
[Kr] 5s24d9 - The noble gas that comes before the element is krypton. The last subshell filled is5s2 and 4d9. This element has valence electrons in subshell 5. So it belongs to 5thperiod, in d block. The superscript number tells the row number of that block; here it is 9 so group is 11 (2s + 9d) on the periodic table. The element is hence silver.
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