Honors Algebra 2
Mrs. Street
Name: _____________________________
Unit 3 (Chapters 4 & 5): Polynomials & Polynomial Functions
I am not perfect; the syllabus can be modified at any time.
DAY
Mon.
10/12
Tues.
10/13
Wed.
10/14
Thurs.
10/15
Fri.
10/16
Mon.
10/19
Tues.
10/20
Wed.
10/21
Thurs.
10/22
Fri
10/23
Mon.
10/26
Tues.
10/27
Wed.
10/28
Thurs.
10/29
Fri.
10/30
SECTION
TOPIC
4.6
Complex numbers
4.8
Use Quadratic functions and Discriminants
5.1
Use Properties of Exponents
5.2
Evaluate and Graph Polynomial Functions
5.3
Add, Subtract, and Multiply Polynomials
Live in fear…
PAGE
275+
292+
330+
337+
346+
Unit 3 QUIZ 1
5.4
Factor and Solve Polynomial Equations
353+
5.5
Apply the Remainder and Factor Theorems
362+
5.6
Find Rational Zeros
370+
5.7
Apply the Fundamental Theorem of Algebra
379+
Unit 3 Quiz 2
637+
5.8
Analyze Graphs of Polynomial Functions
387+
5.9
Write Polynomial Functions & Models
393+
Unit 3 Review
661+
Unit 3 Test
Unit 3: Polynomials & Polynomials Functions
Section in
Textbook
I can evaluate numerical expressions involving powers
5.1
I can simply expressions involving powers using the properties of
exponents.
5.1
I can identify and evaluate polynomial functions.
5.2
I can use direct and synthetic substitution to evaluate polynomial
functions.
5.2
I can identify the end behavior and graph a polynomial function.
5.2
I can add, subtract, and multiply polynomials.
5.3
I can completely factor a polynomial function using
sum/difference of two cubes, difference of two squares, grouping,
and/or trinomial methods.
I can find all real number solutions to polynomial functions after
factoring.
I can divide a polynomial using long division and/or synthetic
division.
I can use the factor theorem and remainder theorem to solve
polynomial functions.
I can use the rational zero theorem to find all real zeros of a
polynomial function.
I can use the fundamental theorem of algebra to find the number
of solutions and all zeros to a polynomial function.
I can use the conjugate theorem to write the equation of a
polynomial function given the zeros.
5.4
5.4
5.5
5.5
5.6
5.7
5.7
I can use x-intercepts to graph a polynomial function.
5.7
I can identify turning points of polynomial functions.
5.8
I can write the equation of a higher-degree polynomial function
given points that lie on the function.
I can use the properties of Finite Differences to write the
equation of a higher-degree polynomial.
I can use a graphing calculator to find a polynomial function that
fits the given data points.
5.9
5.9
5.9
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