| Columbus
State Community College Calculus &
Analytical Geometry
III, Math 153
Course Description (from the College):
Continuation of differential and integral calculus: Infinite sequences and
series, conic sections, plane curves and polar coordinates, vectors in the
plane and in space, analytic geometry in space, applications to problems
in science and engineering. An
introduction to vector valued functions is included.
Prerequisite: Math 152 with a grade of C or better.
Syllabus -- in Word format
Homework
Important Dates
Midterm -- Monday, February 7th
exam key
Final Exam -- Wednesday, March 16th at 6:00 p.m.
exam
key
more detailed schedule in the syllabus
Email List
via Blackboard
Grade
Calculator -- javascript online grade calculator
Announcements:
Math Adjunct Office # DH 431
My CSCC email: bmccall2@cscc.edu
Calc & Stat Lab: M-Th 1-6 (roughly), MWTh Room is TBA (check the
schedule outside the algebra lab DH 313). Additional hours may be
available at other campuses, or in the algebra lab before or after calc
lab hours (check for tutors who also work the calc lab).
Answer
Keys
Quiz #1 -- key
Quiz #2 -- key
Quiz #3 -- key
Quiz #4 -- key
Quiz #5 -- key
Quiz #6 -- key
Quiz #7 -- key
Quiz #8 -- key
Quiz
#9 -- key
Homeworks to be
Turned in
Homework
#1
Homework
#2
Homework
#3
Homework
#4
Homework
#5
Homework
#6
Suggested Homework
|
9.1
9.2
|
#1-93 eoo*
#1-85 eeo
|
|
9.3
9.4
|
#1-41 odd, 51-57 odd,
61-71 odd
#1-35 odd
|
|
9.5
9.6
|
#1-61 eoo
#1-92 eoo
|
|
9.7
9.8
|
#1-29 odd, 37-59 odd
#1-69 eoo
|
|
9.9
9.10
|
#1-25 odd, 37, 53-57 odd
#1-59 eoo
|
|
10.1
10.2
|
#1-75 eoo
#1-61 eoo
|
|
10.3
10.4
|
#1-55 eoo
#1-95 eoo
|
|
10.5
11.1
|
#1-59 eoo
#1-75 odd
|
|
11.2
11.3
|
#1-97 eoo
#1-49 eoo, 79
|
|
11.4
11.5
|
#1-35 odd, 41-64 eoo
#1-99 eoo
|
|
11.6
11.7
|
#1-51 eoo
#1-123 eoo
|
|
12.1
12.2
|
#1-79 eoo
#1-67 eoo
|
*eoo
= every-other odd, for practice problems, it doesn’t matter to me whether
you do 1,5, 9, 13, etc., or if you do 3, 7, 11, 15, etc.
Chapter 9 Application Problems --
key
Chapter 10 Application Problems --
key
Chapter 11 Application Problems --
key
Handouts
Sequences --
key
Series -- key
Taylor Polynomials
-- key
Taylor Polynomials II --
key
Derivative Tables
Power
Series -- key
Conic
Sections
Common 3D Surfaces
Proofs
Bounded Monotonic Sequences Converge (9.5)
Convergence of a Geometric
Sequence (9.6)
Limit of the nth Term of a Convergent Sequence/Divergent Sequence (9.8/9.9)
Integral Test (9.10)
P-Series (9.11)
Direct Comparison Test/Limit Comparison (9.12/9.13)
Alternating
Series Test/Alternating Series Remainder (9.14/9.15)
Absolute
Convergence (9.16)
Ratio Test/Root Test (9.17/9.18)
Taylor's
Theorem (9.19)
Convergence of a Power Series (9.20)
Convergent Power
Series (9.22)
Convergence of Taylor Series (9.23)
Parametric Form of
the Derivative (10.7)
Polar Equations of Conics (10.17)
Properties
of Vector Equations (11.1-11.3)
Properties of the Dot Product
(11.4/11.5)
Properties of the Cross Product (11.7/11.8)
Triple
Scalar Product (11.9/11.10)
Distance Between and Point and a Line in
Space (11.14) Links:
Summer Quarter 2010
Programs for Numerical Methods - TI-83 (pdf)
PDF Graph Paper
I Will Derive song
How to
draw Greek
Graphing 3D
Parametric Curves |
