orbital type (ie. 2s etc)(not all lines will be filled)mi501_1_2.32. Circle the letter for the allowed quantum number sets, {n, I, m}, and X out the letter of thosesets NOT allowed. State why it is not allowed if it isn't.а. {2, 1, 1]b. (3, 3, 1}c. (2, 1, 2}d. (4, 2, 0}e. (15, 1, 1}3. State what kind of orbital each set represents, (ie. 1s or 3p etc.)а. (2, 1, 1)b. (4, 2, 1}c. (3, 0, 0}d. (4, 3, 0}e. (15, 0, 0}4. State the quantum number set. (n. }.for the following orbitals.SAMSUNG eetName:ID:1. Generate the quantum number set for n35 below:orbital type (ie. 2s etc)mi(not all lines5._1__2__3.42. Circle the letter for the allowed quantum number sets, (n, I, m), and X osets NOT allowed. State why it is not allowed if it isn't.a. (2, 1, 1}b. (3, 3, 1)c. (2, 1, 2)d. (4, 2.0)e. (15, 1, 1}3. State what kind of orbital each set represents, (ie. 1s or 3p etc.)(2.1.11

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1. Generate the quantum number set for n=5 below: orbital type (ie. 2s etc) mi 5. 0_ _1_ _2_ 3. _4_ -

Principles of Modern Chemistry

8th Edition

ISBN:9781305079113

Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler

Chapter5: Quantum Mechanics And Atomic Structure

Section: Chapter Questions

Problem 16P: Using data from Problems 13 and 15, calculate the average distance of the electron from the nucleus...

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Question

orbital type (ie. 2s etc)
(not all lines will be filled)
mi
5
01
_1
_2.
3
2. Circle the letter for the allowed quantum number sets, {n, I, m}, and X out the letter of those
sets NOT allowed. State why it is not allowed if it isn't.
а. {2, 1, 1]
b. (3, 3, 1}
c. (2, 1, 2}
d. (4, 2, 0}
e. (15, 1, 1}
3. State what kind of orbital each set represents, (ie. 1s or 3p etc.)
а. (2, 1, 1)
b. (4, 2, 1}
c. (3, 0, 0}
d. (4, 3, 0}
e. (15, 0, 0}
4. State the quantum number set. (n. }.for the following orbitals.
SAMSUNG

eet
Name:
ID:
1. Generate the quantum number set for n35 below:
orbital type (ie. 2s etc)
mi
(not all lines
5.
_1_
_2_
_3.
4
2. Circle the letter for the allowed quantum number sets, (n, I, m), and X o
sets NOT allowed. State why it is not allowed if it isn't.
a. (2, 1, 1}
b. (3, 3, 1)
c. (2, 1, 2)
d. (4, 2.0)
e. (15, 1, 1}
3. State what kind of orbital each set represents, (ie. 1s or 3p etc.)
(2.1.11

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