Use all available methods to factor each of the following polynomials completely, and then sketch the graph of each one. See Example 1. 9. f(x)= x° +4x +x' - 10x² – 4x+8 10. p(x)= 2x' -x² - 8x-5 %3D %3D 11. s(x) = -x* +2x° +8x² – 10x – 15 12. f(x)=-x' +6x² – 12x +8 13. H(x)= x* - x' - 5x² +3x+6 14. h(x)=x -11x* +46x³ – 90x² +81x– 27 %3D 15. f(x)= 2x³ +11x² + 20x+ 12 16. g(x)= x* + 3x° – 5x² -21x-14 %3D Use all available methods to solve each polynomial equation. Use the Linear Factors Theorem to make sure you find the appropriate number of solutions, counting multiplicity. 17. x +4x* +x³ = 10x² +4x-8 18. x* +15 = 2x³ +8x² – 10x %3D %3D 19. x* +x +3x² +5x-10 = 0 20. x -9x2 = 30– 28x %3D %3D 21. x +x* - x³ +7x² - 20x+12 = 0 22. 2x* - 5x3 – 2x² +15x = 0 %3D 23. x +15x +16 = x* + 15x²+16x 24. x - 5 = 5x² - 9x %3D Use all available methods (in particular, the Conjugate Roots Theorem, if applicable) to factor each of the following polynomials completely, making use of the given zero if one is given. See Example 2. 25. f(x)= x*-9x +27x2 -15x-52; 3-2i is a zero. |3D 26. g(x)= x² -(1-i)x² -(8-i)x+(12-6i); 2-i is a zero. %3D%X= 27. f(x)= x' -(2+3i)x² -(1-3i)x+(2+6i); 2 is a zero. 28. p(x)= x* - 2x+14x²-8x+40; 2i is a zero. %3D 29. n(x)= x*-4x +6x² +28x-91; 2+3i is a zero. %3D 30. G(x)= x*-14x +98x² - 686x+240o1; 7i is a zero. 31. f(x)= x* - 3x +5x-x-10 25r4 40r3 402 33r+16

Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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#9 and # 14 please.

Use all available methods to factor each of the following polynomials completely, and
then sketch the graph of each one. See Example 1.
9. f(x)= x° +4x +x' - 10x² – 4x+8 10. p(x)= 2x' -x² - 8x-5
%3D
%3D
11.
s(x) = -x* +2x° +8x² – 10x – 15 12. f(x)=-x' +6x² – 12x +8
13. H(x)= x* - x' - 5x² +3x+6
14. h(x)=x -11x* +46x³ – 90x² +81x– 27
%3D
15. f(x)= 2x³ +11x² + 20x+ 12
16. g(x)= x* + 3x° – 5x² -21x-14
%3D
Use all available methods to solve each polynomial equation. Use the Linear Factors
Theorem to make sure you find the appropriate number of solutions, counting
multiplicity.
17. x +4x* +x³ = 10x² +4x-8
18. x* +15 = 2x³ +8x² – 10x
%3D
%3D
19. x* +x +3x² +5x-10 = 0
20. x -9x2 = 30– 28x
%3D
%3D
21. x +x* - x³ +7x² - 20x+12 = 0
22. 2x* - 5x3 – 2x² +15x = 0
%3D
23. x +15x +16 = x* + 15x²+16x
24. x - 5 = 5x² - 9x
%3D
Use all available methods (in particular, the Conjugate Roots Theorem, if applicable)
to factor each of the following polynomials completely, making use of the given zero if
one is given. See Example 2.
25. f(x)= x*-9x +27x2 -15x-52; 3-2i is a zero.
|3D
26. g(x)= x² -(1-i)x² -(8-i)x+(12-6i); 2-i is a zero.
%3D%X=
27. f(x)= x' -(2+3i)x² -(1-3i)x+(2+6i); 2 is a zero.
28. p(x)= x* - 2x+14x²-8x+40; 2i is a zero.
%3D
29. n(x)= x*-4x +6x² +28x-91; 2+3i is a zero.
%3D
30. G(x)= x*-14x +98x² - 686x+240o1; 7i is a zero.
31. f(x)= x* - 3x +5x-x-10
25r4
40r3 402
33r+16
Transcribed Image Text:Use all available methods to factor each of the following polynomials completely, and then sketch the graph of each one. See Example 1. 9. f(x)= x° +4x +x' - 10x² – 4x+8 10. p(x)= 2x' -x² - 8x-5 %3D %3D 11. s(x) = -x* +2x° +8x² – 10x – 15 12. f(x)=-x' +6x² – 12x +8 13. H(x)= x* - x' - 5x² +3x+6 14. h(x)=x -11x* +46x³ – 90x² +81x– 27 %3D 15. f(x)= 2x³ +11x² + 20x+ 12 16. g(x)= x* + 3x° – 5x² -21x-14 %3D Use all available methods to solve each polynomial equation. Use the Linear Factors Theorem to make sure you find the appropriate number of solutions, counting multiplicity. 17. x +4x* +x³ = 10x² +4x-8 18. x* +15 = 2x³ +8x² – 10x %3D %3D 19. x* +x +3x² +5x-10 = 0 20. x -9x2 = 30– 28x %3D %3D 21. x +x* - x³ +7x² - 20x+12 = 0 22. 2x* - 5x3 – 2x² +15x = 0 %3D 23. x +15x +16 = x* + 15x²+16x 24. x - 5 = 5x² - 9x %3D Use all available methods (in particular, the Conjugate Roots Theorem, if applicable) to factor each of the following polynomials completely, making use of the given zero if one is given. See Example 2. 25. f(x)= x*-9x +27x2 -15x-52; 3-2i is a zero. |3D 26. g(x)= x² -(1-i)x² -(8-i)x+(12-6i); 2-i is a zero. %3D%X= 27. f(x)= x' -(2+3i)x² -(1-3i)x+(2+6i); 2 is a zero. 28. p(x)= x* - 2x+14x²-8x+40; 2i is a zero. %3D 29. n(x)= x*-4x +6x² +28x-91; 2+3i is a zero. %3D 30. G(x)= x*-14x +98x² - 686x+240o1; 7i is a zero. 31. f(x)= x* - 3x +5x-x-10 25r4 40r3 402 33r+16
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