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5.74 Which of the following combinations of quantum numbers can refer to an electron in a ground-state cobalt atom (Z = 27)? (a) n = 3,1 = 0, m¡ C) %3D (b) n = 4,1 = 2, m¡ = -2 Jc) n = 3,1 = 1, m¡ = 0 %3D

5.74 Which of the following combinations of quantum numbers can refer to an electron in a ground-state cobalt atom (Z = 27)? (a) n = 3,1 = 0, m¡ C) %3D (b) n = 4,1 = 2, m¡ = -2 Jc) n = 3,1 = 1, m¡ = 0 %3D

Chemistry: Principles and Practice
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter7: Electronic Structure
Section: Chapter Questions
Problem 7.53QE
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At 5. 74,why C is correct. The largest is 3p. But Z=27,so I think that n=4and l=1

2. (d) n = 5, l = 2, m¡ = 0 5d E 72. How many nodal surfaces does a 4s orbital have? Draw a cutaway representation of a 4s orbital showing the nodes and the regions of maximum electron probability. 5.73 How do the number of nodal planes change number of the subshell changes? 5.74 Which of the following combinations of quantum numbers can refer to an electron in a ground-state cobalt atom (Z = 27)? as the I quantum (a) n = 3,1 = 0, m¡ = 2 C) (b) n = 4,1 = 2, m¡ = -2 c) n = 3,1 = 1, m¡ = 0 5.75/ Which of the following combinations of quantum numbers can refer to an electron in a ground-state selenium atom (Z = 34)? (a) n = 3,1 = 2, m¡ = 2 cay %3D (b) n = 2,1 = 2, m¡ = -2 (c) n = 2,1 = 2, m¡ = 0 %3D an atom Jwhose
Transcribed Image Text:2. (d) n = 5, l = 2, m¡ = 0 5d E 72. How many nodal surfaces does a 4s orbital have? Draw a cutaway representation of a 4s orbital showing the nodes and the regions of maximum electron probability. 5.73 How do the number of nodal planes change number of the subshell changes? 5.74 Which of the following combinations of quantum numbers can refer to an electron in a ground-state cobalt atom (Z = 27)? as the I quantum (a) n = 3,1 = 0, m¡ = 2 C) (b) n = 4,1 = 2, m¡ = -2 c) n = 3,1 = 1, m¡ = 0 5.75/ Which of the following combinations of quantum numbers can refer to an electron in a ground-state selenium atom (Z = 34)? (a) n = 3,1 = 2, m¡ = 2 cay %3D (b) n = 2,1 = 2, m¡ = -2 (c) n = 2,1 = 2, m¡ = 0 %3D an atom Jwhose
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