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Polynomials Quiz Name__________________________ Blk_____ Matching. Match each graph with its function. ___1. () ___2. () ___3. () ___4. () ___5. () ___6. () 7. One graph remains from the possible selections. Record the letter of the graph and explain why it should be eliminated as a choice. Matching. Match each graph to the given zeros and multiplicities. _____8. -1 (multiplicity 4), 4 (multiplicity 3) _____ 9. -1 (multiplicity 3), 4 (multiplicity 2) _____ 10. -4 (multiplicity 3), 1 (multiplicity 2) 11. If f is a polynomial function and -4 is a member of the domain. Which of the following statements is FALSE? A. is a factor of (). B. is a factor of () C. is a zero of (). D. (-4, 0) is an x-intercept of (). A B C D E F G A B C

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Page 1: Polynomials Quiz Name Blk - home - Windsor High School · Polynomials Quiz Name_____ Blk_____ Matching. Match each graph with its ... (multiplicity 3), 1 (multiplicity 2) ... The

Polynomials Quiz Name__________________________ Blk_____

Matching. Match each graph with its function.

___1. ( )

___2. ( )

___3. ( )

___4. ( )

___5. ( )

___6. ( )

7. One graph remains from the possible selections.

Record the letter of the graph and explain why it

should be eliminated as a choice.

Matching. Match each graph to the given zeros and multiplicities. _____8. -1 (multiplicity 4), 4 (multiplicity 3)

_____ 9. -1 (multiplicity 3), 4 (multiplicity 2) _____ 10. -4 (multiplicity 3), 1 (multiplicity 2)

11. If f is a polynomial function and -4 is a member of the domain. Which of the following statements is FALSE?

A. is a factor of ( ). B. is a factor of ( ) C. is a zero of ( ). D. (-4, 0) is an x-intercept of ( ).

A

B

C

D

E

F

G

A

B

C

Page 2: Polynomials Quiz Name Blk - home - Windsor High School · Polynomials Quiz Name_____ Blk_____ Matching. Match each graph with its ... (multiplicity 3), 1 (multiplicity 2) ... The

12. Given a polynomial of degree 32, determine

a. the maximum number of solutions

b. the number of possible turning points.

13. Determine the zeros and the multiplicity of each zero for the function ( ) .

14. When fighter pilots train for dog-fighting, a “hard-deck” is usually established below which no competitive activity

can take place. The polynomial graph given shows Maverick’s altitude (y in 100s of ft) above and below this hard-deck during a 5-sec (x) interval.

a. What is the minimum possible degree polynomial that could form this graph? Why?

b. How many seconds (total) was Maverick below the hard-deck for these 5 seconds of exercise?

c. After how many seconds is Maverick 900 feet below the hard deck?

d. Given that the leading coefficient a = 100, determine the equation of the function in factored form. ( )