In each of the examples below select the choices which are correct sets of values for n, I, and m, for an orbital in the subshell given. Select all correct choices in each example. (a) An orbital in the 4f subshell On 4,1 4, m₁ = 0 On 4,1 3, m₁ = +3 On 4,1 3, m₁ = -2 On 5,1-4, m = +3 n = 4,1 3, m₁ = +1 On 4,13, m₁ = +4 (b) An orbital in the 7f subshell n=7,1 4, m = +5 n = 7,13, m; = -2 n 7,1 3, m₁ = +3 On 7,1 3, m₁ = 0 n=7,1 3, m, = +4 n=7,1 4, m₁ = 0 (c) An orbital in the 2p subshell n=2, 11, m, = 0. On 2,1=1, m₁ = +1. n = 1, /= 1, m, = 0 n=2, 10, m₁ = 0 n=2, 11, m₁ = -1 On 2,1 2, m = +1 Give correct detailed Solution with explanation needed of all..don't give Handwritten answer...don't use Ai for answering this

General Chemistry - Standalone book (MindTap Course List)
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Chapter7: Quantum Theory Of The Atom
Section: Chapter Questions
Problem 7.123QP
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In each of the examples below select the choices which are correct sets of values for n, I, and m, for an orbital in the subshell given. Select all correct choices in each example.
(a) An orbital in the 4f subshell
On 4,1 4, m₁ = 0
On 4,1 3, m₁ = +3
On 4,1 3, m₁ = -2
On 5,1-4, m = +3
n = 4,1 3, m₁ = +1
n=4,1 3, my = +4
(b) An orbital in the 7f subshell
n=7,1 4, m = +5
n = 7,13, m; = -2
n 7,1 3, m₁ = +3
On 7,1 3, m₁ = 0
n=7,1 3, m, = +4
n=7,1 4, m₁ = 0
(c) An orbital in the 2p subshell
n=2, 11, m, = 0.
On 2,1 1, m₁ = +1.
n = 1, /= 1, m, = 0
n=2, 10, m₁ = 0
n=2,1 1, m₁ = -1
On 2,1 2, m = +1
Give correct detailed
Solution with explanation
needed of all..don't give
Handwritten
answer...don't use Ai for
answering this
Transcribed Image Text:In each of the examples below select the choices which are correct sets of values for n, I, and m, for an orbital in the subshell given. Select all correct choices in each example. (a) An orbital in the 4f subshell On 4,1 4, m₁ = 0 On 4,1 3, m₁ = +3 On 4,1 3, m₁ = -2 On 5,1-4, m = +3 n = 4,1 3, m₁ = +1 n=4,1 3, my = +4 (b) An orbital in the 7f subshell n=7,1 4, m = +5 n = 7,13, m; = -2 n 7,1 3, m₁ = +3 On 7,1 3, m₁ = 0 n=7,1 3, m, = +4 n=7,1 4, m₁ = 0 (c) An orbital in the 2p subshell n=2, 11, m, = 0. On 2,1 1, m₁ = +1. n = 1, /= 1, m, = 0 n=2, 10, m₁ = 0 n=2,1 1, m₁ = -1 On 2,1 2, m = +1 Give correct detailed Solution with explanation needed of all..don't give Handwritten answer...don't use Ai for answering this
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