WAYLAND BAPTIST UNIVERSITY
DIVISION OF MATHEMATICS & SCIENCES
COURSE NO. AND TITLE:
MATH 1304 - College Algebra
Class Time & Location:
5:30PM-9:40 PM Mondays & Wednesdays at Mission Drive
Baptist Church (7801 N. 27th Ave, Phoenix, AZ (SE corner of W Lane Ave & 27th
Ave)Term & Dates: Nov 10 / Nov 12, 2014 – Jan 26 / Jan 28, 2015
Instructor: Audrey Feddick, H 623-547-5669, C 623-326-1218, email
afeddick@centurylink.net My website for tutoring: algebralessonsonline.com
Office hours: Monday/ Wednesday 5 PM at Mission Drive Baptist Church.
Text: College Algebra, Bittinger, Beecher,2nd edition, ISBN 0-201-52526-7.
Supplies: textbook, scientific calculator (TI-30IIS or equivalent), pencil, paper.
Description: This course develops skills in rational expressions, radicals, complex
numbers, graphs, second-degree equations in one or two variables, exponential &
logarithmic functions, conic sections, sequences, series & the binomial theorem.
Prerequisite: Math 1300 Intermediate Algebra
Class Policies:
Attendance:
All students are expected to attend all class sessions and are responsible
for knowing the material covered. No exams can be made up unless arrangements PRIOR to
the absence have been made. Any student missing more than 25% of the class will FAIL the
class.
Academic Honesty: Disciplinary action for academic misconduct is the responsibility of
the faculty member assigned to this course. The faculty member is charged with assessing
the gravity of any case of academic dishonesty, and with giving sanctions to any student
involved.
Student Expectations:
You are expected to be present for each class. Each week we
will have a practice test on the concepts to be learned and tested on the following week.
There will be a test each week after the first week. All weekly tests add up to 80% of
your grade. The final exam is worth 20% of your grade.
Grading: Seven tests add up to 80% of your grade. The final exam is 20% of your grade.
A: 90 – 100
B: 80 – 89 C: 70 – 79 D: 60 – 69 F: Below 60
Course Outline/Outcome Competencies: You should be familiar with the following topics
and be able to use them to set up and solve mathematical models of real-world problems.
Sets
Variable, Constant, Algebraic Expressions
Sets, Elements, Null Set
Real, Natural, Whole, Rational, and Irrational Numbers, Integers
Subset, Interaction, Union
Properties of Real Numbers
Double Negatives, Absolute Value
Commutative, Associative, Distributive, Identity, Inverse
Order of Operations
Roots and Powers
Scientific Notation
Linear Equations
Term, Coefficient, Degree
Like and Unlike Terms, Simplification
Solving Linear Equations
Mathematical Models, Translating from Words to Formulas
Linear Inequalities
Dividing and Multiplying by Negative Numbers
Number Line, Interval Notation, Solution Set
Compound Inequalities
Absolute Values
Graphs
Quadrants
Plotting Points
Graphing Functions
Functions
Relation, Function, Domain, Range
Linear Functions, Intercepts, Slope
Standard Form, Slope-Intercept Form, Point-Slope Form
Parallel and Perpendicular Linear Functions
Adding, Subtracting, Multiplying, and Dividing Functions
Graphing Linear Inequalities
Systems of Linear Equations
No Solutions, Infinite Solutions, One Solution
Solving by Graphing, Substitution, Elimination
Three-Variable Problems
Determinants, Cramer’s Rule
Systems of Linear Inequalities
Solving by Graphing
Polynomials
Degree, Leading Term, Leading Coefficient
Adding, Subtracting, and Multiplying Polynomials, FOIL
Factoring, Greatest Common Factor, Grouping
Solving Polynomial Equations
Special Factoring Formulas
Course Outline:
Class Session
Nov 10 & 12, 2014
Nov 17 & 19
No Class Nov 25 & 27
Dec 1 & 3
Dec 8 & 10
Dec 15 & 17
No Class Dec 22 – Jan 3
Jan 5 & 7, 2015
Jan 12 & 14
Jan 19 & 20
Jan 26 & 28, 2015
Subject
Basic concepts of algebra
Equations, inequalities, and problem solving
THANKSGIVING HOLIDAY
Functions, graphs, and transformations
Polynomial and rational functions
Exponential and logarithmic functions
CHRISTMAS HOLIDAY
Systems and matrices
Conic sections
Sequences, series, and combinatorics
Final exam
It is the university policy that no otherwise qualified disabled person be excluded from
participation in, be denied the benefits of, or be subject to discrimination under any
educational program or activity in the University. Students should inform the instructor of
existing disabilities at the first class meeting.
This syllabus is only a plan. The teacher may modify the plan during the course. The
requirements and grading criteria may be changed during the course if necessary.