the function 31. lim x-1 X + x + 2x + 2 x2 3x-4 2x X 30. lim x1 x 3x 4x In Problems 33-44, find the limit as x approaches c of the average rate of change of each function 32. lim x3 x 3x3 +x- c to x. from 33. c 2; f(x) = 5x - 3 34. c -2; f(x) = 4-3x 35. c 3; f(x) = 2 ) (x-2) 36. c 3; f(x) x 37. c = -1; f(x) = x +2x 38. c 1; f(x) 2x - 2 39. c 0; f(x) = 3x3 - 2x2 +4 40. c 0; f(x) = 4x3 - 5x + 8 41. c 1; f(x) = 1 1 X 42. c 1; f(x) - 43. c 4; f(x) = Vx x2 44. c 1; f(x) = Vx In Problems 45-52, assume that lim f(x) 5 and lim g(x) = 2 to find each limit. up idgit xc xc 45. lim [2f(x)] lx 2) = 7 46. lim [f(x) g(x)] 47. lim [g(x)'] 48. lim X c 2 4 49. lim f(x) 3 50. lim g(x) 51. lim [4f(x) 5g(x)] 52. lim [ xc X C 12.3 One-Sided Limits; Continuous Functions OP//0 TOA PREPARING FOR THIS SECTION Before getting started, review the following: nd c is in the domain, > Piecewise-defined Functions (Chapter 10, Section 10.4. > Domain of Rational Functions pp. 583-585) Section 11.2, p. 624) > Library of Functions (Chapter 10, Section 10.4, pp. 579-583)> Properties of the Exponential ynomial, use Formulas > Properties of the Logarithmic Function (Chapter 11, Sec (Chapter 11, Section 11.3, pp. p. 646) o, use the fact that the OBJECTIVE e-sided limits of a function i eipo oc:s er a function is continuous ther techniques, sudh lier Scribed lim f(x) = N by saying that as x gets clo

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I need help with number 51

the function
31. lim
x-1 X + x + 2x + 2
x2 3x-4
2x X
30. lim
x1
x 3x 4x
In Problems 33-44, find the limit as x approaches c of the average rate of change of each function
32. lim
x3 x 3x3 +x-
c to x.
from
33. c 2; f(x) = 5x - 3
34. c -2; f(x) = 4-3x
35. c 3; f(x) = 2
) (x-2)
36. c 3; f(x) x
37. c = -1; f(x) = x +2x
38. c 1; f(x) 2x
- 2
39. c 0; f(x) = 3x3 - 2x2 +4
40. c 0; f(x) = 4x3 - 5x + 8
41. c 1; f(x) =
1
1
X
42. c 1; f(x) -
43. c 4; f(x) = Vx
x2
44. c 1; f(x) = Vx
In Problems 45-52, assume that lim f(x)
5 and lim g(x) = 2 to find each limit.
up idgit
xc
xc
45. lim [2f(x)]
lx 2)
= 7
46. lim [f(x) g(x)]
47. lim [g(x)']
48. lim
X c
2
4
49. lim
f(x)
3
50. lim
g(x)
51. lim [4f(x) 5g(x)]
52. lim [
xc
X C
12.3 One-Sided Limits; Continuous Functions
OP//0
TOA
PREPARING FOR THIS SECTION
Before getting started, review the following:
nd c is in the domain,
> Piecewise-defined Functions (Chapter 10, Section 10.4.
> Domain of Rational Functions
pp. 583-585)
Section 11.2, p. 624)
> Library of Functions (Chapter 10, Section 10.4, pp. 579-583)> Properties of the Exponential
ynomial, use Formulas
> Properties of the Logarithmic Function
(Chapter 11, Sec
(Chapter 11, Section 11.3, pp.
p. 646)
o, use the fact that the
OBJECTIVE
e-sided limits of a function
i eipo
oc:s
er a function is continuous
ther techniques, sudh
lier
Scribed lim f(x) = N by saying that as x gets clo
Transcribed Image Text:the function 31. lim x-1 X + x + 2x + 2 x2 3x-4 2x X 30. lim x1 x 3x 4x In Problems 33-44, find the limit as x approaches c of the average rate of change of each function 32. lim x3 x 3x3 +x- c to x. from 33. c 2; f(x) = 5x - 3 34. c -2; f(x) = 4-3x 35. c 3; f(x) = 2 ) (x-2) 36. c 3; f(x) x 37. c = -1; f(x) = x +2x 38. c 1; f(x) 2x - 2 39. c 0; f(x) = 3x3 - 2x2 +4 40. c 0; f(x) = 4x3 - 5x + 8 41. c 1; f(x) = 1 1 X 42. c 1; f(x) - 43. c 4; f(x) = Vx x2 44. c 1; f(x) = Vx In Problems 45-52, assume that lim f(x) 5 and lim g(x) = 2 to find each limit. up idgit xc xc 45. lim [2f(x)] lx 2) = 7 46. lim [f(x) g(x)] 47. lim [g(x)'] 48. lim X c 2 4 49. lim f(x) 3 50. lim g(x) 51. lim [4f(x) 5g(x)] 52. lim [ xc X C 12.3 One-Sided Limits; Continuous Functions OP//0 TOA PREPARING FOR THIS SECTION Before getting started, review the following: nd c is in the domain, > Piecewise-defined Functions (Chapter 10, Section 10.4. > Domain of Rational Functions pp. 583-585) Section 11.2, p. 624) > Library of Functions (Chapter 10, Section 10.4, pp. 579-583)> Properties of the Exponential ynomial, use Formulas > Properties of the Logarithmic Function (Chapter 11, Sec (Chapter 11, Section 11.3, pp. p. 646) o, use the fact that the OBJECTIVE e-sided limits of a function i eipo oc:s er a function is continuous ther techniques, sudh lier Scribed lim f(x) = N by saying that as x gets clo
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