Download presentation
Presentation is loading. Please wait.
Published byJessica Sherman Modified over 6 years ago
1
**Get signed by your parents for 5 bonus points on the test!!
Ch. 5 Review **Get signed by your parents for 5 bonus points on the test!!
2
Simplify the expressions. 1. 49 π 3 π β4 π 7 35 π 5 π β2 π β9. 2
3
What is the end behavior of the function 3. f(x) = π₯ 7 + π₯ 5 β π₯ 3 ?
4
Perform the indicated operation. 4
5
Factor the polynomial completely 6. 8π₯ 3 β27 7. π₯ 4 β7 π₯ 2 β18
6
8. Find all the real zeros of π π₯ = π₯ 3 + π₯ 2 β22π₯β40
8. Find all the real zeros of π π₯ = π₯ 3 + π₯ 2 β22π₯β40 **Remember, real zeros are the same as x-intercepts.
7
9. List all x-intercepts, local. maximums, and local minimums of
8
10. Given the zeros β2π & 2+ 5 write a polynomial equation in factored form.
9
11. Factor the expression by grouping. π₯ 3 +3 π₯ 2 β4π₯β12
10
12. Use long division to solve 6 π₯ 4 +7 π₯ 2 +4π₯β17 Γ·( 2π₯ 2 +2π₯+3)
11
13. Use synthetic division to find the
13. Use synthetic division to find the solutions of π₯ 3 β6 π₯ 2 +5π₯+12 given that π₯β3 is a factor.
12
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
Β State the degree, type, and leading coefficient of the polynomial function. Degree: Type: Leading Coefficient:
13
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
What is the max number of turns and max number of x-intercepts the graph can have? Turns: X-intercepts:
14
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
Make a table of values for the polynomial function that contains at least 5 values. X Y
15
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
What will the end behavior of the graph be?
16
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
Graph the function.
17
14. Use π π₯ =π₯ (π₯β3) 2 to answer the following questions.
State the domain and range.
18
ANSWER KEY 7 π 16 5 π 2 π 2 6 π 4 π 2 π₯ 3 +8 π₯ 2 β3π₯+4
7 π π 2 π 2 6 π 4 π 2 f(x) -> -β as x -> -β and f(x) -> +β as x -> +β π₯ 3 +8 π₯ 2 β3π₯+4 2π₯ 2 βπ₯+8β 4 π₯β5 (2π₯β3)(4 π₯ 2 +6π₯+9)
19
ANSWER KEY (π₯ 2 +2)(π₯+3)(π₯β3) X = -4, -2, 4
x-intercepts: -3, -1, local maximums: (-2, -16.7) and (2, 0) local minimums: (0, 12.4) (π₯β2π)(π₯+2π)(π₯β )(π₯β 2β 5 ) (x + 3)(x + 2)(x β 2) 3π₯ 2 β3π₯+2+ 9π₯β23 2 π₯ 2 +2π₯+3
20
ANSWER KEY X = -1, 3, 4 π π₯ = π₯ 3 β6 π₯ 2 +9x 3, cubic, 1
2 turns; 3 x-intercepts Table f(x) -> -β as x -> -β and f(x) -> +β as x -> +β Graph D: all real numbers; R: all real numbers
Similar presentations
© 2025 SlidePlayer.com. Inc.
All rights reserved.