Chem Quick Quiz 10-18-10
What is the electron configuration for Chlorine? Quick
Quizzes will be handed in Thursday, then gone over
Friday.
Lesson Plans may change
1s2 2s22p6 3s2 3p6 4s2 3d104p6 5s2 4d105p6 6s2 4f14 5d106p6 7s2 5f146d10 7p6
He
Ne
Ar
Kr
Xe
Rn
Monday
Tuesday
Wednesday
Class:
Notes “Electron
Configuration”
Class:
Notes VSEPR
Class:
CBA Test
Homework:
Study Guide 13
Due Friday
Homework:
Section Review
13.1 and 13.2
Homework: Study
Guide 13
Thursday
Class:
Hand in QQ / Go
over QQ.
Homework: SG
Due today
Friday
Class:
Exam over ch. 5
and 13. / Read Ch.
14
Homework: Finish
reading Ch. 14
The goal of this module is for students to identify the scientists, review the research which lead to the
understanding of atomic structure and gain an understanding of atomic strcture.
Chem Quick Quiz 10-19-10
What is the electron configuration for Sodium?
Lesson Plans may change
1s2 2s22p6 3s2 3p6 4s2 3d104p6 5s2 4d105p6 6s2 4f14 5d106p6 7s2 5f146d10 7p6
He
Ne
Ar
Kr
Xe
Rn
Monday
Tuesday
Wednesday
Class:
Notes “Electron
Configuration”
Class:
Notes VSEPR
Class:
CBA Test
Homework:
Study Guide 13
Due Friday
Homework:
Section Review
13.1 and 13.2
Homework: Study
Guide 13
Thursday
Class:
Hand in QQ / Go
over QQ.
Homework: SG
Due today
Friday
Class:
Exam over ch. 5
and 13. / Read Ch.
14
Homework: Finish
reading Ch. 14
Objective: You will be able to express the arrangement of electrons in atoms through electron
configurations and Lewis valence electron dot structures.
Chem Quick Quiz 10-20-10
Lesson Plans may change
What is VSEPR?
Monday
Tuesday
Wednesday
Thursday
Class:
Notes “Electron
Configuration”
Class:
Notes VSEPR
Class:
CBA Test
Class:
Hand in QQ / Go
over QQ.
Homework:
Study Guide 13
Due Friday
Homework:
Section Review
13.1 and 13.2
Homework: Study
Guide 13
Homework: SG
Due today. S.R.
13.1 & 13.2 Due
Friday
Class:
Exam over ch. 5
and 13. / Read Ch.
14
Homework: Finish
reading Ch. 14
Objective: Demonstrate your knowledge of Nature of Science.
Chem Quick Quiz 10-21-10
How does the electron configuration relate to the
placement of the element on the periodic table?
Lesson Plans may change
Hand in Quick Quizzes
Monday
Tuesday
Wednesday
Class:
Notes “Electron
Configuration”
Class:
Notes VSEPR
Class:
CBA Test
Homework:
Study Guide 13
Due Friday
Homework:
Section Review
13.1 and 13.2
Homework: Study
Guide 13
Thursday
Class:
Hand in QQ /
Quiz/ Go over QQ.
/Go over PS book
Homework: SG
Due today
Objective: Gain understanding in Electron configuration
Friday
Class:
Exam over ch. 5
and 13. / Read Ch.
14
Homework: Finish
reading Ch. 14
Pop Quiz 10-21-10
1.
In the shorthand method for writing an electron configuration, what does a
superscript stand for?
2.
In the quantum mechanical model the regions where electrons are likely to be
found are called ______________________
3.
In general, the higher the electron is on the energy ladder, the ____________ it
is from the nucleus.
4.
The ways in which electrons are arranged around the nuclei of atoms are called
________________________________________
5.
The energy level of an electron is the region around the nucleus where____.
Objective: Evaluation of knowledge of electron configuration.
Chem Quick Quiz 10-22-10
Lesson Plans may change
No Quick Quiz today.
Unless you were absent both Wednesday and Thursday of this week you must take Exam #2.
You must have a number 2 pencil and your own calculator (otherwise you will need to work
these out yourself). After the exam begins you will not be allowed to have anything on your
desk or table. If you pass anything (including calculators) or talk you will receive an automatic
zero. I do not need to remind you this is worth 20% of your grade. We will as usual use the
blue-side of the Scan-Tron. The Subject is Exam #2
Monday
Tuesday
Wednesday
Class:
Notes “Electron
Configuration”
Class:
Notes VSEPR
Class:
CBA Test
Homework:
Study Guide 13
Due Friday
Homework:
Section Review
13.1 and 13.2
Homework: Study
Guide 13
Thursday
Class:
Hand in QQ / Go
over QQ.
Homework: SG
Due today
Friday
Class:
Exam over ch. 5
and 13. / Read Ch.
14
Homework: Finish
reading Ch. 14
The goal of this module is for students to identify the scientists, review the research which lead to the
understanding of atomic structure and gain an understanding of atomic strcture.
Physics Quick Quiz 10-18-10
Lesson Plans may change
No Quick Quiz today.
Unless you were absent both Thursday and Friday of last week you must
take Exam #2. You must have a number 2 pencil and your own calculator
(otherwise you will need to work these out yourself). After the exam
begins you will not be allowed to have anything on your desk or table. If
you pass anything (including calculators) or talk you will receive an
automatic zero. I do not need to remind you this is work 25% of your
grade. We will as usual use the blue-side of the Scan-Tron. The Subject is
Exam #2
Monday
Class:
Exam #2 Motion
in 1-D / Read
Chapter 3
Homework:
Problem Solving 2
Due Monday
Tuesday
Wednesday
V f  V0  at
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
a  v / t
Thursday
Friday
Class:
Go over Exam #2
Trig notes
Class:
CBA Test
Class:
Trig notes
Hand in QQ
Class:
Bull’s Eye Lab
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Objective: Demonstrate your knowledge of motion in 1 D.
Physics Quick Quiz 10-19-10
Using the equations to the right find the
initial velocity for a car that accelerates at a
constant rate of 3.5 m/s2 for 5.2 seconds to
achieve a final velocity of 15.0 m/s?
V f  V0  at
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
Lesson Plans may change
a  v / t
Monday
Class:
Exam #2 Motion
in 1-D / Read
Chapter 3
Homework:
Problem Solving 2
Due Monday
Tuesday
Wednesday
Thursday
Friday
Class:
Go over Exam #2
Trig notes
Class:
CBA Test
Class:
Trig notes
Hand in QQ
Class:
Bull’s Eye Lab
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Objective: Gain knowledge of how to calculate velocity in the x and y direction given a vector.
Physics Quick Quiz 10-20-10
Lesson Plans may change
CBA today, no Quick Quiz.
Monday
Class:
Exam #2 Motion
in 1-D / Read
Chapter 3
Homework:
Problem Solving 2
Due Monday
Tuesday
Class:
Go over Exam #2
Trig notes
Homework:
Continue PS
Due Monday
Wednesday
Class:
CBA Test
Ch. 3 Review
(pgs. 40-41)1-28
Homework:
Continue PS
Due Monday
Thursday
Friday
Class:
Trig notes
Hand in QQ
Class:
Bull’s Eye Lab
Homework:
Continue PS
Due Monday
Homework:
Continue PS
Due Monday
Objective: Demonstrate your knowledge of Nature of Science and Motion in 1 D.
Physics Quick Quiz 10-21-10
A rock is dropped from a height of 60 meters, assuming no
air resistance, how fast is the rock traveling when it is 30
meters from hitting the ground?
Hand in your Quick Quiz
V f  V0  at
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
Lesson Plans may change
a  v / t
Monday
Class:
Exam #2 Motion
in 1-D / Read
Chapter 3
Homework:
Problem Solving 2
Due Monday
Tuesday
Class:
Go over Exam #2
Trig notes
Homework:
Continue PS
Due Monday
Wednesday
Class:
CBA Test
Ch. 3 Review
(pgs. 40-41)1-28
Homework:
Continue PS
Due Monday
Thursday
Friday
Class:
CBA Test
Ch. 3 Review
(pgs. 40-41)1-28
Homework:
Continue PS
Due Monday
Class:
Bull’s Eye Lab
Homework:
Continue PS
Due Monday
Objective: Be able to work problems involving motion in 2 D and trig.
Physics Quick Quiz 10-22-10
V f  V0  at
Go over Quick Quiz Today
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
Lesson Plans may change
a  v / t
Monday
Class:
Exam #2 Motion
in 1-D / Read
Chapter 3
Homework:
Problem Solving 2
Due Monday
Tuesday
Class:
Go over Exam #2
Trig notes
Homework:
Continue PS
Due Monday
Wednesday
Class:
CBA Test
Ch. 3 Review
(pgs. 40-41)1-28
Homework:
Continue PS
Due Monday
Thursday
Class:
CBA Test
Ch. 3 Review
(pgs. 40-41)1-28
Homework:
Continue PS
Due Monday
Objective: Explore motion in 2 D.
Friday
Class:
Go over Bull’s Eye
Lab, QQ Review,
Finish Ch. 3 Rev.
Homework:
Continue PS
Due Monday
Quick Quiz From 10-19-10
Using the equations to the right find the
initial velocity for a car that accelerates at a
constant rate of 3.5 m/s2 for 5.2 seconds to
achieve a final velocity of 15.0 m/s?
V f  V0  at
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
a  v / t
Quick Quiz From 10-21-10
A rock is dropped from a height of 60 meters, assuming no
air resistance, how fast is the rock traveling when it is 30
meters from hitting the ground?
V f  V0  at
V f2  V02  2ad
d  V0t  1 at 2
2
v  d / t
a  v / t