1. Draw energy level diagrams for a) F b) Ca d) Yo 2. Write the short form electron configuration for a) F b) Ca c) Co d) Yb 3. Identify the orbital corresponding to the following quantum numbers: a) n=3,1-2, m = 1, m, = ± % b) n = 5,1 =3, m = -3, m,-% c) n = 4,1=1, m=-1, m, % d) n=2,1=1.m=0, m, = ± % e) n=4,1=2,m=-2, m₂ = % c) Co •) N² 4. Which of the following designations are orbitals that are not possible in wave machanics? 10 46 1p Bd. 2 5. Which of the following are sets of quantum numbers for orbitals which are possible in wave mechanics?
1. Draw energy level diagrams for a) F b) Ca d) Yo 2. Write the short form electron configuration for a) F b) Ca c) Co d) Yb 3. Identify the orbital corresponding to the following quantum numbers: a) n=3,1-2, m = 1, m, = ± % b) n = 5,1 =3, m = -3, m,-% c) n = 4,1=1, m=-1, m, % d) n=2,1=1.m=0, m, = ± % e) n=4,1=2,m=-2, m₂ = % c) Co •) N² 4. Which of the following designations are orbitals that are not possible in wave machanics? 10 46 1p Bd. 2 5. Which of the following are sets of quantum numbers for orbitals which are possible in wave mechanics?
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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![Activity 2
1. Draw energy level diagrams for
a) F
b) Ca
c) Co
d) Yo
2. Write the short form electron configuration for
a) F
b) Ca
c) Co
4) Yo
3. Identify the orbital corresponding to the following quantum numbers:
a) n=3,1-2, m= 1, m, **%
b) n=5,1=3, m=-3, m, ==%
c) n = 4,1=1, m = -1, m,-%
d) n = 2.1=1, m = 0, m,-%
e) n=4,1=2, m = -2, m, 1%
•) N
4. Which of the following designations are orbitals that are not possible in wave
machanics?
1d. 46 1p Bd. 2
5. Which of the following are sets of quantum numbers for orbitals which are possible in
wave mechanica?
a) n=1,1-1,m=1, m, *1%
b) n=2,1-1,m=2 m₂ = 1%
c) n=2,1-0, m,-0. m, ==%
d) n=3,1-3, m=1, m, 1%
e) n=3,1=2, m = -2. m, ==%
fa-4,1-3m-2,m₂ = %
6. Write the quantum numbers for the two electrons in a 36 orbital
7. The actual electron configuration of chromium is [Ar4s 3df. Do some research and
explain why chromium has an anomalous electron arrangement.
8. Use electron configurations to explain the common ion charges for antimony, Le. Sb
and S](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6d15e0e4-5a07-4727-a973-50b025b0b931%2Fe9bde9cf-e29d-4627-9d3b-249f2b7c4928%2F1m732vj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Activity 2
1. Draw energy level diagrams for
a) F
b) Ca
c) Co
d) Yo
2. Write the short form electron configuration for
a) F
b) Ca
c) Co
4) Yo
3. Identify the orbital corresponding to the following quantum numbers:
a) n=3,1-2, m= 1, m, **%
b) n=5,1=3, m=-3, m, ==%
c) n = 4,1=1, m = -1, m,-%
d) n = 2.1=1, m = 0, m,-%
e) n=4,1=2, m = -2, m, 1%
•) N
4. Which of the following designations are orbitals that are not possible in wave
machanics?
1d. 46 1p Bd. 2
5. Which of the following are sets of quantum numbers for orbitals which are possible in
wave mechanica?
a) n=1,1-1,m=1, m, *1%
b) n=2,1-1,m=2 m₂ = 1%
c) n=2,1-0, m,-0. m, ==%
d) n=3,1-3, m=1, m, 1%
e) n=3,1=2, m = -2. m, ==%
fa-4,1-3m-2,m₂ = %
6. Write the quantum numbers for the two electrons in a 36 orbital
7. The actual electron configuration of chromium is [Ar4s 3df. Do some research and
explain why chromium has an anomalous electron arrangement.
8. Use electron configurations to explain the common ion charges for antimony, Le. Sb
and S
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