Ms. Quindsland

Ch. 8 Assignments

Magnet Algebra II Honors Assignments

Chapter 8 – Rational and Radical Functions

                                    What is are rational and radical functions and how are they represented?

8.1 – Variation

            p.486 #15 – 33 mult of 3, 43, 45, 46  and also p.33 #15 – 25 odds, 70

            QCC#17: Solve problems involving rate and variation (direct, inverse, or joint)

8.2 – Rational Functions and Graphs

            p.495 #11 – 39 odds

            

            QCC#8: Define, name, and graph functions using multiple representations

8.3 – Multiplying and Dividing Rational Expressions

            p.502 #9 – 39 mult of 3, 31, 40, 50, 55, 64 J

            QCC#15: Simplify, multiply, and divide rational expressions

8.4 – Adding and Subtracting Rational Expressions

            p.509 #11 – 41 odds, 53

            QCC#15: Simplify, add, and subtract rational expressions

8.5 – Solving Rational Equations and Inequalities

            p.517 #9 – 45 mult of 3, 64, 68

            QCC#16: Solve rational equations

8.6 – Radical Expression and Functions

            p.525 #12 – 63 mult of 3

            QCC#20: Evaluate and use expressions with fractional exponents to simplify radical expressions

8.7 – Simplifying Radical Expressions                                          

            p.533 #14 – 44 (evens);  #45 – 90 mult of 3

            QCC#19: Simplify radical expressions including rationalizing denominators by using properties of radicals

8.8 – Solving Radical Equations and Inequalities

            p.542 #11 – 37 odds (omit 31), 39 – 51 mult of 3

            QCC#21: Solve radical equations with one or two radical terms

TEST – Chapter 8:_____________________

CUMULATIVE TEST CHAPTERS 1 – 8: _________________________

Algebra II Chapter 7 Assignments

Magnet Algebra II Honors Assignments

Chapter 7 – Polynomial Functions

                        

                        How are solutions to polynomial equations determined?

7.1 – Introduction to Polynomials

            p.429 #12 – 48 mult of 3; 51 – 57 odds; 59,60,63,68,73,74,80

            QCC#8: Define, name, and graph functions using multiple representations

            

7.2 – Polynomial Functions and Graphs

            p.438 #9 – 41 odds

            QCC#8: Define, name, and graph functions using multiple representations

7.3 – Products and Factors of Polynomials

            p.445 #15 – 35 mult of 5; 36 – 60 mult of 3; 61 – 89 odds (omit 79)

            QCC#28: Determine quotients of polynomials using monomial divisors and long or synthetic division         

                QCC#29: Apply the Remainder and Factor theorems.

7.4 – Solving Polynomial Equations

            p.453 #12 – 36 mult of 3; 39 – 59 odds (different directions)

            

            QCC#28: Determine quotients of polynomials using monomial divisors and long or synthetic division         

            QCC#30: Approximate real roots of polynomial equations by using calculators

7.5 – Zeros of Polynomial Functions

            p.463 #12 – 16; 23 – 35  odds; 41 – 49 odds (info on “forms” in class); 52,53

            QCC#29: Apply the Rational Root and Fundamental Theorem of Algebra theorems

TEST – Chapter 7- ___________________         

Matrix Project

Matrix Project is due Tues. Sept. 4.  Remember to make this attractive.