Column A Column B No two electrons in an atom can have the same set of n, I, ml and ms quantum numbers. 1. a. Bohr Model 2. How electrons of an atom are distributed b. angular quantum number among the different atomic orbitals the most stable arrangement of electrons in subshells is the one with the greatest number of parallel spins 3. C. spin quantum number d. Heisenberg Uncertainty Principle 4. orbitals are filled so that those of the lowest e. diamagnetic energy are filled first the smallest quantity of energy that can be 5. f. quantum emitted or absorbed in the form of electromagnetic radiation electrons are ejected from the surface of certain metals when exposed to light One electron in a hydrogen atom can only be in g. Hund's Rule 6. h. transition metals 7. certain orbitals and these orbitals are i. Electron Configuration quantitized It is impossible to know simultaneously both the momentum and the position of a particle with absolute certainty 8. j. blackbody radiation k. paramagnetic 9. the wave function of an electron in atom I. Aufbau principle 10. elements that do not contain net unpaired spins and are slightly repelled by a magnet m. atomic orbital n. Pauli Exclusion principle o. Photoelectric effect

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
Chapter4: Introduction To Quantum Mechanics
Section: Chapter Questions
Problem 39P: Chapter 3 introduced the concept of a double bond between carbon atoms, represented by C=C , with a...
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Column A
Column B
1.
No two electrons in an atom can have the same
a. Bohr Model
set of n, I, ml and ms quantum numbers.
2.
How electrons of an atom are distributed
b. angular quantum number
among the different atomic orbitals
the most stable arrangement of electrons in
subshells is the one with the greatest number
of parallel spins
orbitals are filled so that those of the lowest
3.
C. spin quantum number
d. Heisenberg Uncertainty Principle
4.
e. diamagnetic
energy are filled first
the smallest quantity of energy that can be
5.
f. quantum
emitted or absorbed in the form of
electromagnetic radiation
electrons are ejected from the surface of certain
metals when exposed to light
One electron in a hydrogen atom can only be in
g. Hund's Rule
6.
h. transition metals
7.
certain orbitals and these orbitals are
i.
Electron Configuration
quantitized
It is impossible to know simultaneously both the
momentum and the position of a particle with
absolute certainty
8.
j. blackbody radiation
k. paramagnetic
9.
the wave function of an electron in atom
I. Aufbau principle
elements that do not contain net unpaired spins
and are slightly repelled by a magnet
10.
m. atomic orbital
n. Pauli Exclusion principle
o. Photoelectric effect
Transcribed Image Text:Column A Column B 1. No two electrons in an atom can have the same a. Bohr Model set of n, I, ml and ms quantum numbers. 2. How electrons of an atom are distributed b. angular quantum number among the different atomic orbitals the most stable arrangement of electrons in subshells is the one with the greatest number of parallel spins orbitals are filled so that those of the lowest 3. C. spin quantum number d. Heisenberg Uncertainty Principle 4. e. diamagnetic energy are filled first the smallest quantity of energy that can be 5. f. quantum emitted or absorbed in the form of electromagnetic radiation electrons are ejected from the surface of certain metals when exposed to light One electron in a hydrogen atom can only be in g. Hund's Rule 6. h. transition metals 7. certain orbitals and these orbitals are i. Electron Configuration quantitized It is impossible to know simultaneously both the momentum and the position of a particle with absolute certainty 8. j. blackbody radiation k. paramagnetic 9. the wave function of an electron in atom I. Aufbau principle elements that do not contain net unpaired spins and are slightly repelled by a magnet 10. m. atomic orbital n. Pauli Exclusion principle o. Photoelectric effect
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