E e 1 n 2 66819 10 19 j c atom 6 022 10 23 c atoms 1

005 10.0 points
How many electrons can possess this set
of quantum numbers: principal quantum
number n = 4, magnetic quantum number
m
ℓ
= - 1?
006 10.0 points
Write an equation that represents the second
ionization energy of copper.

Version 232 – Exam 1 – McCord – (53130) 3
3. Cu(g) -→ Cu
2+
(g) + e
-
4. Cu
+
(g) -→ Cu
2+
(g) + 2 e
-
5. Cu(g) -→ Cu
+
(g) + e
-
only C
8. A, B, C, D, and E
9. only B, C, D, and E
007 10.0 points
A single f orbital can be occupied by a maxi-
mum of how many electrons?
2. 14
3. 2 correct
4. 7
5. 10
10.0 points
The lines in an atomic line emission spectrum
are due to
1. the movement of electrons from lower en-
ergy states to higher energy states in atoms.
2. the movement of electrons from higher
energy states to lower energy states in atoms.
008 10.0 points
Set(s) of possible values of m
ℓ
are
7. only C
8. A, B, C, D, and E
9. only B, C, D, and E
009 10.0 points
The lines in an atomic line emission spectrum
are due to
1. the movement of electrons from lower en-
ergy states to higher energy states in atoms.
2. the movement of electrons from higher
energy states to lower energy states in atoms.
Explanation:
010 10.0 points
An electron in a hydrogen atom moves from
the n = 2 to n = 5 level. What is the wave-
length of the photon that corresponds to this
transition and is the photon emitted or ab-
sorbed during this process?

Version 232 – Exam 1 – McCord – (53130) 4
4. distance between a peak of one wave and
the next trough.
Explanation:
Definition