Math
195Q:
Instructor's
Resources
Student's
Handouts | Sarah Glaz glaz@math.uconn.edux (click on link and remove end x) Office: MSB 202 Phone: (860) 486 9153 Office Hours: T, Th 1:45 - 2:45 and by appointment Open Door Policy: You are welcome to drop by to discuss any aspect of the course anytime on the days I am on campus -- Monday, Tuesday, and Thursday. |
of which are equally important for success in any course employing
mathematics. The first component is made up of the
collection of fundamental
algebraic
concepts and their manipulations. Most of this
material is taught in High Schools and Community Colleges under the
name Intermediate
Algebra or Algebra II. Math 195Q covers this material
using a college algebra approach. The second component consists of
using these algebraic
concepts for solving
multi-step problems from other disciplines. This practice is called
Mathematical Modeling, and is the part of the course that gives
Math
195Q its
unique interesting flavor, liveliness and usefulness beyond a usual
Intermediate Algebra course. Students will work on mathematical
modeling projects in
small groups. Math 195Q is offered this year for the first time, as an
experimental course, and is intended to become a permanent
replacement
of Math 101. Math 195Q earns students 3 Q credits which count towards
graduation.
Other Requirements: A simple
Scientific Calculator, for example TI-30Xa.
at the
beginning of the class. You are responsible for everything that happens
in
class. If you miss a class, you are expected to find out
what
happened
either from me or from your classmates. You are
also expected to work outside of class about 4 hours per week. Most of
all,
I hope that as the course
progresses you will get
excited about
what you are learning and delight in your own, perhaps unexpected,
ability to
solve mathematical problems.
exercises selected from
the Practice Exercises in the Syllabus table below, and projects
provided
as handouts in class. There will be individual
assignments and group
assignments. Group assignments will be graded, individual assignments
will carry
exam
points (this will be explained in class).
The majority of homework assignments will be done outside of
class, but
we will devote 30 to
50 minutes every Monday to questions related to
difficulties in the homework. You are encouraged to work with
other
students in this class on all your homework assignments.
Calculator
Policy:
No
calculators are allowed during exams or quizzes. All calculations
required in these instances can reasonably be done by hand. Calculators
will be
used for mathematical modeling group projects using real data, and
other in-class and homework assignments where hand calculations may be
too time consuming.
Tutoring Options:
will find another time when we can meet. If you
feel you need additional help, there are a variety of other tutoring
options:
On-Campus Free
Tutoring:
Available at the Q Center, the Math Center, through the Peer
Tutoring Program, and as private tutoring.
Prentice Hall Tutoring Center:
Free text-specific online and phone tutoring Sunday -
Thursday. Access Code in your textbook package.
On-Line Helpful Web Sites:
A few recommended Web Sites
that
provide help in
the form of simple explanations, useful examples,
sample exam
questions, and on-line answering of your questions:
Companion Web Site: Your
Textbook companion site.
Ask
Dr.
Math: At the Math Forum @Drexel University.
Math for morons like us: From
the ThinkQuest Library.
NO
MAKE-UP EXAMS unless
there is a very
serious emergency for which you provide proof.
| Exam 1: Tuesday,
February 14, 12:30 - 1:45, Location: MSB 315 |
| Exam 2: Thursday,
March 16, 12:30 - 1:45, Location: MSB 315 |
| Exam 3: Thursday, April 6, 12:30 - 1:45, Location:
MSB
315 |
| Final Exam: Thursday, May 4, 10:30 - 12:30,
Location: MSB 315 |
For
help with location of the Final Exam Building
click on The
Campus Map.
Grading
Policy:
Syllabus:
are designed to provide you with plenty of practice for a thorough
understanding of the concepts taught in class. The actual homework
assignments
may vary
according to progress
in class. If
you miss a
class, and cannot find out which of the Practice Exercises were
assigned as
homework, do all the Practice
Exercises suggested in the table for the
missed
sections. In
addition, a number of fun and
interesting projects highlighting applications of the
material
will be
handed out in class every week-- usually on Mondays. Those will
be selected from the activities
labeled Group Projects in the table below. You
will work
on them together in small groups
during class time, and complete them as out-of-classroom
homework projects. Instructors of Math 195Q or Math 101
may find the
Group Projects by clicking on the Instructor's Resources icon at the
top of
the page. If you forgot the password send an e-mail to Sarah Glaz.
|
Review
Session Before Final Exam (attendance optional): TBA Before-Final Office Hours: TBA |
| Section
|
Topic |
Practice
Exercises |
| Introduction |
Math-autobio |
|
| Chapter 1 | |
|
| 1.2 |
Algebraic expressions and sets
of numbers |
page 15-17: odd 1-9, odd 15-90 |
| 1.3 |
Operations with real numbers |
page 27-30: odd 1-84 |
| Review |
Fractions,
percentages, unit conversion (Chapter 1 handouts) |
Conversion Rectangle Trick
homework handout |
| 1.4 |
Properties of real numbers |
page 40-42: odd 1-97 |
| Group
Project |
Are
irrationals rational? |
|
| Group
Project |
Calculate
your BMI |
|
| Group
Project |
Analyze
newspaper circulation |
|
| Chapter
2 |
||
| 2.1 |
Linear equations in one variable |
page 60-61: odd 1-20, odd 23-30,
35 |
| 2.2 |
Introduction to problem solving |
page 68-73: odd 1-12 |
| 2.3 |
Formulas and problem solving |
page 79-81: 1-5, odd 49-54 |
| 2.4 | Linear Inequalities and problem solving | page 92-94: odd 1-16, odd 17-32, odd 57-74 |
| 2.6 |
Absolute value equations |
page 108-109: odd 1-72 |
| Group
Project |
Algebraic
poetry -- Lilavati's swarm |
|
| Group
Project |
Algebraic
poetry -- The rose-red city |
|
| Group
Project |
Calculate
your income |
|
| Exam
1 |
||
| Chapter
3 |
||
| 3.1 |
Graphing equations (include
material from 3.3) |
page 140-141: odd 1-10, odd 17-46 |
| 3.2 |
Introduction to functions |
page 151-156: odd 1-12, odd
23-36, 55-62 |
| 3.4 |
The slope of a line |
page 177-180:
1,5,25,27,29,37,39,odd 45-70, 82-87 |
| 3.5 |
Equations of lines |
page 189-192:
1,3,7,9,13,15,21,25,27,40-52 |
| Group
Project |
Hurricane
season (and Tracking
Chart) |
|
| Group
Project |
Three
swimmers |
|
| Group
Project |
Cigarette
ads |
|
| Group
Project |
Life
expectancy |
|
| Chapter
4 |
||
| 4.1 |
Linear equations in two variables | page 225-227: odd 1-14, odd 35-48 |
| Group
Project |
Which
Honda should you buy? |
|
| Group
Project |
Photos
of all sizes |
|
| Exam
2 |
||
| Chapter
5 |
||
| 5.1 |
Exponents |
page 282-284: odd 1- 62 |
| 5.2 |
More exponents |
page 289-291: odd 1-56 |
| 5.3 |
Polynomials and polynomial
functions |
page 300-303: 17-24,
29,31,37,39,43,71 |
| 5.4 |
Multiplying polynomials |
page 311-313:
1,5,7,19,25,27,35,43 |
| 5.5 |
The greatest common factor |
page 318-320: odd 1-16 |
| 5.6 |
Factoring trinomials (use quadratic formula for roots from 8.2) | page 327-329: odd 17 - 89 |
| 5.7 |
Factoring special products |
page 334-335: odd 1-16 |
| 5.8 (partial) |
Solving quadratic equations (via
quadratic formula and roots) |
page 350-353: 1,3,5,9,17,81 |
| Group
Project |
The
largest box |
|
| Group
Project |
Factoring
trinomials completely |
|
| Group
Project |
Free
falling from bridges |
|
| Chapter
6 |
||
| 6.1 |
Multiplying and dividing
rational expressions |
page 372-375: 1,3,5,7, odd
19-38,
odd 41-50 |
| 6.2 |
Adding and subtracting rational
expressions |
page 381-383: 1,3, odd
11-24, odd 27-34 |
| Group
Project |
Calculate
your lottery winning |
|
| Group
Project |
Modeling
electricity |
|
| Exam
3 |
||
| Chapter
7 |
||
| 7.1 |
Radicals and radical functions |
page 453-454: odd 1-54 |
| 7.2 |
Rational exponents |
page 462-463: odd 1-62 |
| 7.6 (partial) |
Radical Equations |
page 492-493: odd 1-58 |
| Group
Project |
Skid
marks |
|
| Group
Project |
The
period of a pendulum |
|
| Chapter
9 |
||
| 9.3 |
Exponential functions |
page 611: odd 1-36 |
| 9.4 |
Logarithmic functions |
page 620: odd 1-70 |
| 9.5 |
Properties of logarithms | page 626: odd 1-18 |
| 9.7 (partial) |
Exponential and logarithmic
equations |
page 640: odd 1-46 |
| Group
Project |
The
black bear population |
|
| Group
Project |
Puzzled
by Logs? |
|
| Optional
Topics |
||
| 5.1 |
Scientific notation |
page 282-284: odd 63-94 |
| 5.2 |
More scientific notation |
page 289-291: odd 57-77 |
| Group
Project |
Very
large and very small numbers |
|
| 4.2 |
Linear Equations in Three
variables |
page 233-234: odd 1-32 |
| Group
Project |
Tacos
anyone? |
|
| 9.6 |
Logarithms and Change of
Base |
page 633: odd 17-68 |
| Group
Project |
How
long it takes to double your money? |
|
| Final
Exam |

