17. Fill in the blanks with the correct response:a. The max number of electrons that can fit into \( n=4, \, l=2 \) and \( m_l = 0 \) is ___________.b. The subshell with the quantum numbers \( n=3, \, l=2 \) is ___________.c. The \( m_l \) values for a f orbital are ____________________.d. When \( n=3 \), \( l \) can be ___________.e. The number of orbitals with \( n=4, \, l=2 \) is ___________.f. The subshell with \( n=2 \) and \( l=1 \) is designated as the ___________ subshell.g. The lowest value of \( n \) for which a f subshell can occur is \( n= \) ___________.

Answered: Image /qna-images/answer/70f9793b-8c6e-4148-b890-4b53743f6ed0.jpg

17. Fill in the blanks with the correct response: a. The max number of electrons that can fit into n=4, 1-2 and m/ = 0 is b. The subshell with the quantum numbers n=3, 1-2 is c. The m, values for a f orbital are d. When n=3, I can be e. The number of orbitals with n=4, 1=2 is f. The subshell with n=2 and /=1 is designated as the g. The lowest value of n for which a f subshell can occur is n=_ subshell.

17. Fill in the blanks with the correct response: a. The max number of electrons that can fit into n=4, 1-2 and m/ = 0 is b. The subshell with the quantum numbers n=3, 1-2 is c. The m, values for a f orbital are d. When n=3, I can be e. The number of orbitals with n=4, 1=2 is f. The subshell with n=2 and /=1 is designated as the g. The lowest value of n for which a f subshell can occur is n=_ subshell.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

17. Fill in the blanks with the correct response:

a. The max number of electrons that can fit into \( n=4, \, l=2 \) and \( m_l = 0 \) is ___________.

b. The subshell with the quantum numbers \( n=3, \, l=2 \) is ___________.

c. The \( m_l \) values for a f orbital are ____________________.

d. When \( n=3 \), \( l \) can be ___________.

e. The number of orbitals with \( n=4, \, l=2 \) is ___________.

f. The subshell with \( n=2 \) and \( l=1 \) is designated as the ___________ subshell.

g. The lowest value of \( n \) for which a f subshell can occur is \( n= \) ___________.

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