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g'(x) 9. -5 27-76. Calculate the derivative of the following functions. 27. y = (3x + 7x)" 10 28. y (x + 2r + 7)* t 29. y = V10x + 1 30. y Vr + 9 etetee 31. y = 5(7x + 1) -3 ree func- 32. y cos 5t h(x))). 33. y = sec (3x + 1) 34. y csc e (3) = 5, 35. y tan e 36. y= ean t 37. y = sin (4x + 3x + 1) 38. y = csc (r + t) to find 39. y (5x + 1)2/3 40. y = x(x + 1)3 2x 41. y = 42. y = cos0 + sin e 4x 3 43. y = (sec x + tan x) 5 44. y = sin (4 cos z) 45. y = (2x6 - 3x + 3)25 47. y = (1 + 2 tan u)45 46. y = (cos x + 2 sin x) %3D 48. y = (1- e)* 49. y= VI+ cot x 50. g(x) = %3D 2e + 3e* 51. y = 52. f(x) = xe* 3. 54. y sin (e+!) 56. y cos/(4x') 53. y= sin(sin(e)) 55. y= sin (cos 3x) %3D 57. y= 58. y (1-e00se)-1 1+24 E, find an f(u) such that 60, y Vx+ V+ V 59. y = Vx+ Vx 61. y f(g(x²)), where f and g are differentiable for all real 3,

g'(x) 9. -5 27-76. Calculate the derivative of the following functions. 27. y = (3x + 7x)" 10 28. y (x + 2r + 7)* t 29. y = V10x + 1 30. y Vr + 9 etetee 31. y = 5(7x + 1) -3 ree func- 32. y cos 5t h(x))). 33. y = sec (3x + 1) 34. y csc e (3) = 5, 35. y tan e 36. y= ean t 37. y = sin (4x + 3x + 1) 38. y = csc (r + t) to find 39. y (5x + 1)2/3 40. y = x(x + 1)3 2x 41. y = 42. y = cos0 + sin e 4x 3 43. y = (sec x + tan x) 5 44. y = sin (4 cos z) 45. y = (2x6 - 3x + 3)25 47. y = (1 + 2 tan u)45 46. y = (cos x + 2 sin x) %3D 48. y = (1- e)* 49. y= VI+ cot x 50. g(x) = %3D 2e + 3e* 51. y = 52. f(x) = xe* 3. 54. y sin (e+!) 56. y cos/(4x') 53. y= sin(sin(e)) 55. y= sin (cos 3x) %3D 57. y= 58. y (1-e00se)-1 1+24 E, find an f(u) such that 60, y Vx+ V+ V 59. y = Vx+ Vx 61. y f(g(x²)), where f and g are differentiable for all real 3,

Calculus: Early Transcendentals
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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can you help with 46.) please

g'(x) 9. -5 27-76. Calculate the derivative of the following functions. 27. y = (3x + 7x)" 10 28. y (x + 2r + 7)* t 29. y = V10x + 1 30. y Vr + 9 etetee 31. y = 5(7x + 1) -3 ree func- 32. y cos 5t h(x))). 33. y = sec (3x + 1) 34. y csc e (3) = 5, 35. y tan e 36. y= ean t 37. y = sin (4x + 3x + 1) 38. y = csc (r + t) to find 39. y (5x + 1)2/3 40. y = x(x + 1)3 2x 41. y = 42. y = cos0 + sin e 4x 3 43. y = (sec x + tan x) 5 44. y = sin (4 cos z) 45. y = (2x6 - 3x + 3)25 47. y = (1 + 2 tan u)45 46. y = (cos x + 2 sin x) %3D 48. y = (1- e)* 49. y= VI+ cot x 50. g(x) = %3D 2e + 3e* 51. y = 52. f(x) = xe* 3. 54. y sin (e+!) 56. y cos/(4x') 53. y= sin(sin(e)) 55. y= sin (cos 3x) %3D 57. y= 58. y (1-e00se)-1 1+24 E, find an f(u) such that 60, y Vx+ V+ V 59. y = Vx+ Vx 61. y f(g(x²)), where f and g are differentiable for all real 3,
Transcribed Image Text:g'(x) 9. -5 27-76. Calculate the derivative of the following functions. 27. y = (3x + 7x)" 10 28. y (x + 2r + 7)* t 29. y = V10x + 1 30. y Vr + 9 etetee 31. y = 5(7x + 1) -3 ree func- 32. y cos 5t h(x))). 33. y = sec (3x + 1) 34. y csc e (3) = 5, 35. y tan e 36. y= ean t 37. y = sin (4x + 3x + 1) 38. y = csc (r + t) to find 39. y (5x + 1)2/3 40. y = x(x + 1)3 2x 41. y = 42. y = cos0 + sin e 4x 3 43. y = (sec x + tan x) 5 44. y = sin (4 cos z) 45. y = (2x6 - 3x + 3)25 47. y = (1 + 2 tan u)45 46. y = (cos x + 2 sin x) %3D 48. y = (1- e)* 49. y= VI+ cot x 50. g(x) = %3D 2e + 3e* 51. y = 52. f(x) = xe* 3. 54. y sin (e+!) 56. y cos/(4x') 53. y= sin(sin(e)) 55. y= sin (cos 3x) %3D 57. y= 58. y (1-e00se)-1 1+24 E, find an f(u) such that 60, y Vx+ V+ V 59. y = Vx+ Vx 61. y f(g(x²)), where f and g are differentiable for all real 3,
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