Chapter 5
Date
Wednesday
9/23/15
F 2014
Classroom Activities
Development of the atomic model
(Bohr, Quantum mechanical model)
Journal
Assignment (points)
Read pages 127-132
5.1
p. 132 # 1-7
p. 149 # 22-29
Journal # 17
Describe the Bohr model
of the atom. Look at
figure 5.3. In what ways
were the energy levels in
the Bohr model like the
rungs on a normal ladder,
in what ways were they
different?
HW 5.2
p.136 # 10-13,
p. 149 # 30,32,33,34
Journal # 18 The 4
principle quantum
numbers are n, l, m and s.
What does each one stand
for?
HW 5.3
p.149-150 # 35-39, 50-53
Journal #19
What is the predicted econfiguration for copper?
What is the actual
configuration for copper?
Why do some econfigurations differ from
the predicted form?
(Hint: p.136)
HW 5.4
p. 150 # 59,60,62-65,68,
70,71
Journal #20 When
electrons absorb energy,
they move to a higher
energy level. What is
observed when these
electrons return to the
lower energy state.?
Journal #21
Write the equation that
describes the relationship
between speed of light, the
wavelength and the
frequency. What are the
units of each term?
HW 5.5
p. 149 # 40-47,49
p. 150 # 54-58
Introduction to quantum numbers
and the atomic model
Thursday
9/24/15
Electron Arrangement in atoms
Writing
-electron filling diagrams
Trends on the periodic table
Turn in your lab notebook
Friday
9/25/15
Monday
9/28/14
Electron Configurations
Electron configurations of ions
-shorthand electron configurations
-exceptional e-configurations
Start UV bead lab
.
Lab: Atomic Emission Spectrum
Waves
Electromagnetic Spectrum
Make graph of # 73 on page 131
Review for quiz on electron
configurations and quantum
numbers
Tuesday
9/29/15
Quiz :Electron Configurations
Quick lab: Flame test p.142
Video on Periodic table
Wednesday
9/30/15
Introduction to the periodic table
Groups, Periods
Metals, non-metals, metalloids
Inquiry Activity p.154
Trends in physical properties
Review for quiz
HW 6.1 Read pages 155160
p. 160 # 1-7
Thursday
10/1/15
Lab: Alchemists Dream
2 EC points for 2 pre-1982
pennies
Friday
10/2/15
Monday
10/5/15
Tuesday
10/6/15
Journal #22 What are
HW 6.2
valence electrons? How
many valence electrons
do the Alkali metals
have? How many
valence electrons do the
noble gases have?
Read pages 161-176
Properties of other families on
the periodic table
Representative elements,
transition elements, and noble
gases
Turn in lab notebooks
-UV bead lab
-Alchemists dream
-Atomic Emission spectra
-Flame test
-Trends in physical properties
activity
Periodic Trends
-Atomic Radius
-Ionic Radius
-atoms vs. ions
Journal 23
Draw a table comparing
the properties of metals,
non-metals and metalloids.
Include info about their
location on the periodic
table, appearance and
conductivity.
Periodic trends
-Ionization Energy
-Trends in Electro negativity
Journal 25
Wednesday
10/7/15
Review for exam on chapter
5,6
HW check 5,6
Thursday
10/8/15
Test Ch 5,6
Lab luminescence
Journal 24
Summarize the trend in
atomic size as you go
down a family and
explain why it occurs.
Explain the trend in
atomic size as you go
across a period.
20. What is electronegativity? What is the
most electronegative
metal on the periodic
table? Describe the
trends in electronegativity on the
Periodic Table.
Journal 26. Explain the
trend in 1st ionization
energy as you go down
the alkali metals. How
does this correspond to
the reactivity of the
metal
p.181-182 # 24-35,
HW 6.3
p.167 # 10-16
p. 182 # 47,48,49,
72,73,75,76
6.4
p. 178 # 16-23
p. 191 #36-46
6.5
p.182#
51,52,53,55,57,58,59,63,67,
68
Complete Review
6.6 Cumulative review
p. 184
#71,73,74,75,77,78,81-85