In Problems 7-44, follow Steps 1 through 7 on page 228 to analyze the graph of each function. x +1 x (x + 4) 3x + 3 2x + 4 \ 7. R(x) = 8. R(x) 9. R(x) : 10. R(x) (x – 1) (x + 2) 2r + 4 X - 1 x* +x? + 1 x* - 1 :- 4 x² + x - 12 x? - 4 3 6 11. R(x) 12. R(x) = 13. Р(х) - 14. Q(x) = %3D x - 4 x² – 1 -x - 6 1 x +1 15. H(x) 16. G(x) 17. R(x) 18. R(x) 9. x2 + 2x x2 + x - 6 3x 3 -4 19. G(x) 20. G(x) : 21. R(x) 22. R(x) x² - 1 (x – 1) (x² – 4) (x + 1) (x² – 9) 4 x? + 4 x? 23. Н(х) - 3x - 4 x? + 3x + 2 - 1 24. Н(х): 25. F(x) = 26. F(x) x* - 16 x + 2 X - 1 x² + x – 12 x² - x – 12 x + x - 12 2 - x – 12 27. R(x) 28. R(x) = 29. F(x) 30. G(x) : X - 4 x (x – 1)2 (x + 3)³ x? + 3x – 10 x +5 (x – 1) (x + 2) (x – 3) x(x – 4)² 6x2 - 7x - 3 x + 2 x + 1 x² + x - 12 31. R(x) 32. R(x) 33. R(x) %3D x² – x – 6 &r? + 26x + 15 34. R(x) 35. R(x) 36. R(x) : x² + &x + 15 2x2 - 7x + 6 2x? – x – 15 x² + 5x + 6 x² + x - 30 37. R(x) 38. R(x) 39. f(x) = x +2 x + 3 x +6 9. 40. f(x) = 2x + - 16 42. f(x) = 2x² + 1 41. f(x) = x² + • 43. f(x) = 9. 44. f(x) = 2x + x +

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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In Problems 7-44, follow Steps 1 through 7 on page 228 to analyze the graph of each function.
x +1
x (x + 4)
3x + 3
2x + 4
\ 7. R(x) =
8. R(x)
9. R(x) :
10. R(x)
(x – 1) (x + 2)
2r + 4
X - 1
x* +x? + 1
x* - 1
:- 4
x² + x - 12
x? - 4
3
6
11. R(x)
12. R(x) =
13. Р(х) -
14. Q(x) =
%3D
x - 4
x² – 1
-x - 6
1
x +1
15. H(x)
16. G(x)
17. R(x)
18. R(x)
9.
x2 + 2x
x2 + x - 6
3x
3
-4
19. G(x)
20. G(x) :
21. R(x)
22. R(x)
x² - 1
(x – 1) (x² – 4)
(x + 1) (x² – 9)
4
x? + 4
x?
23. Н(х)
- 3x - 4
x? + 3x + 2
- 1
24. Н(х):
25. F(x) =
26. F(x)
x* - 16
x + 2
X - 1
Transcribed Image Text:In Problems 7-44, follow Steps 1 through 7 on page 228 to analyze the graph of each function. x +1 x (x + 4) 3x + 3 2x + 4 \ 7. R(x) = 8. R(x) 9. R(x) : 10. R(x) (x – 1) (x + 2) 2r + 4 X - 1 x* +x? + 1 x* - 1 :- 4 x² + x - 12 x? - 4 3 6 11. R(x) 12. R(x) = 13. Р(х) - 14. Q(x) = %3D x - 4 x² – 1 -x - 6 1 x +1 15. H(x) 16. G(x) 17. R(x) 18. R(x) 9. x2 + 2x x2 + x - 6 3x 3 -4 19. G(x) 20. G(x) : 21. R(x) 22. R(x) x² - 1 (x – 1) (x² – 4) (x + 1) (x² – 9) 4 x? + 4 x? 23. Н(х) - 3x - 4 x? + 3x + 2 - 1 24. Н(х): 25. F(x) = 26. F(x) x* - 16 x + 2 X - 1
x² + x – 12
x² - x – 12
x + x - 12
2 - x – 12
27. R(x)
28. R(x) =
29. F(x)
30. G(x) :
X - 4
x (x – 1)2
(x + 3)³
x? + 3x – 10
x +5
(x – 1) (x + 2) (x – 3)
x(x – 4)²
6x2 - 7x - 3
x + 2
x + 1
x² + x - 12
31. R(x)
32. R(x)
33. R(x)
%3D
x² – x – 6
&r? + 26x + 15
34. R(x)
35. R(x)
36. R(x) :
x² + &x + 15
2x2 - 7x + 6
2x? – x – 15
x² + 5x + 6
x² + x - 30
37. R(x)
38. R(x)
39. f(x) = x +2
x + 3
x +6
9.
40. f(x) = 2x + -
16
42. f(x) = 2x² +
1
41. f(x) = x² + •
43. f(x) =
9.
44. f(x) = 2x +
x +
Transcribed Image Text:x² + x – 12 x² - x – 12 x + x - 12 2 - x – 12 27. R(x) 28. R(x) = 29. F(x) 30. G(x) : X - 4 x (x – 1)2 (x + 3)³ x? + 3x – 10 x +5 (x – 1) (x + 2) (x – 3) x(x – 4)² 6x2 - 7x - 3 x + 2 x + 1 x² + x - 12 31. R(x) 32. R(x) 33. R(x) %3D x² – x – 6 &r? + 26x + 15 34. R(x) 35. R(x) 36. R(x) : x² + &x + 15 2x2 - 7x + 6 2x? – x – 15 x² + 5x + 6 x² + x - 30 37. R(x) 38. R(x) 39. f(x) = x +2 x + 3 x +6 9. 40. f(x) = 2x + - 16 42. f(x) = 2x² + 1 41. f(x) = x² + • 43. f(x) = 9. 44. f(x) = 2x + x +
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