1. 1 When you see… Find the zeros You think…

2. 2 To find the zeros...

3. 3 When you see… Find equation of the line tangent to f(x) at (a, b) You think…

4. 4 Equation of the tangent line

5. 5 You think… When you see… Find equation of the line normal to f(x) at (a, b)

6. 6 Equation of the normal line

7. 7 You think… When you see… Show that f(x) is even

8. 8 Even function

9. 9 You think… When you see… Show that f(x) is odd

10. 10 Odd function

11. 11 You think… When you see… Find the interval where f(x) is increasing

12. 12 f(x) increasing

13. 13 You think… When you see… Find the interval where the slope of f (x) is increasing

14. 14 Slope of f (x) is increasing

15. 15 You think… When you see… Find the minimum value of a function

16. 16 Local Minimum value of a function

17. 17 You think… When you see… Find critical numbers

18. 18 Find critical numbers

19. 19 You think… When you see… Find inflection points

20. 20 Find inflection points

21. 21 You think… When you see… Show that exists

22. 22 Show exists Show that

23. 23 You think… When you see… Show that f(x) is continuous

24. 24. f(x) is continuous

25. 25 You think… When you see… Show that f(x) is differentiable at x = a

26. 26 f(x) is differentiable

27. 27 You think… When you see… Find vertical asymptotes of f(x)

28. 28 Find vertical asymptotes of f(x) Factor/cancel f(x) Set denominator = 0

29. 29 You think… When you see… Find horizontal asymptotes of f(x)

30. 30 Find horizontal asymptotes of f(x)

31. 31 You think… When you see… Find the average rate of change of f(x) at [a, b]

32. 32 Average rate of change of f(x) Find f (b) - f ( a) b - a

33. 33 You think… When you see… Find the instantaneous rate of change of f(x) at x = a

34. 34 Instantaneous rate of change of f(x) Find f ( a)

35. 35 You think… When you see…

36. 36 Average value of the function

37. 37 You think… When you see… Find the absolute maximum of f(x) on [a, b]

38. 38 Find the absolute maximum of f(x)

39. 39 You think… When you see… Show that a piecewise function is differentiable at the point a where the function rule splits

40. 40 Show a piecewise function is differentiable at x=a

41. 41 You think… When you see… Given s(t) (position function), find v(t)

42. 42 Given position s(t), find v(t)

43. 43 You think… When you see… Given v(t), find how far a particle travels on [a, b]

44. 44 Given v(t), find how far a particle travels on [a,b]

45. 45 You think… When you see… Find the average velocity of a particle on [ a, b ]

46. 46 Find the average rate of change on [a,b]

47. 47 You think… When you see… Given v(t), determine if a particle is speeding up at t = k

48. 48 Given v(t), determine if the particle is speeding up at t=k

49. 49 You think… When you see… Given v(t) and s(0), find s(t)

50. 50 Given v(t) and s(0), find s(t)

51. 51 You think… When you see… Show that the Mean Value Theorem holds on [a, b]

52. 52 Show that the MVT holds on [a,b]

53. 53 You think… When you see… Show that Rolles Theorem holds on [a, b]

54. 54 Show that Rolles Theorem holds on [a,b]

55. 55 You think… When you see… Find the domain of f(x)

56. 56 Find the domain of f(x)

57. 57 You think… When you see… Find the range of f(x) on [a, b]

58. 58 Find the range of f(x) on [a,b]

59. 59 You think… When you see… Find the range of f(x) on

60. 60 Find the range of f(x) on

61. 61 You think… When you see… Find f (x) by definition

62. 62 Find f ( x) by definition

63. 63 You think… When you see… Find the derivative of the inverse of f(x) at x = a

64. 64 Derivative of the inverse of f(x) at x=a

65. 65 You think… When you see… y is increasing proportionally to y

66. 66 y is increasing proportionally to y. y is increasing proportionally to y

67. 67 You think… When you see… Find the line x = c that divides the area under f(x) on [ a, b ] into two equal areas

68. 68 Find the x=c so the area under f(x) is divided equally

69. 69 You think… When you see…

70. 70 Fundamental Theorem

71. 71 You think… When you see…

72. 72 Fundamental Theorem, again Given:

73. 73 You think… When you see… The rate of change of population is …

74. 74 Rate of change of a population

75. 75 You think… When you see… The line y = mx + b is tangent to f(x) at (a, b)

76. 76 y = mx+b is tangent to f(x) at (a,b). y = mx+b is tangent to f(x) at (a,b)

77. 77 You think… When you see… Integrate

78. 78 1. Estimation: LRAM RRAM (Riemann Sums) MRAM Trapezoid 2. Geometry 3.Antiderivative Straight Forward Substitution Rewrite (Simplify) Methods for Integration

79. 79 You think… When you see… Find area using Left Riemann sums

80. 80 Area using Left Riemann sums

81. 81 You think… When you see… Find area using Right Riemann sums

82. 82 Area using Right Riemann sums

83. 83 You think… When you see… Find area using Midpoint rectangles

84. 84 Area using midpoint rectangles

85. 85 You think… When you see… Find area using trapezoids

86. 86 Area using trapezoids

87. 87 You think… When you see… Solve the differential equation …

88. 88 Solve the differential equation...

89. 89 You think… When you see… Meaning of

90. 90 Meaning of the integral of f(t) from a to x

91. 91 You think… When you see… Given a base, cross sections perpendicular to the x-axis that are squares

92. 92 Semi-circular cross sections perpendicular to the x-axis

93. 93 You think… When you see… Find where the tangent line to f(x) is horizontal

94. 94 Horizontal tangent line

95. 95 You think… When you see… Find where the tangent line to f(x) is vertical

96. 96 Vertical tangent line to f(x)

97. 97 You think… When you see… Find the minimum acceleration given v(t)

98. 98 Given v(t), find minimum acceleration

99. 99 You think… When you see… Approximate the value f(0.1) of by using the tangent line to f at x = a

100. 100 Approximate f(0.1) using tangent line to f(x) at x = 0

101. 101 You think… When you see… Given the value of F(a) and the fact that the anti-derivative of f is F, find F(b)

102. 102 Given F(a) and the that the anti-derivative of f is F, find F(b)

103. 103 You think… When you see… Find the derivative of f(g(x))

104. 104 Find the derivative of f(g(x)) Think... Chain Rule

105. 105 You think… When you see… Given, find

106. 106 Given area under a curve and vertical shift, find the new area under the curve

107. 107 You think… When you see… Given a graph of find where f(x) is increasing

108. 108 Given a graph of f (x), find where f(x) is increasing

109. 109 You think… When you see… Given v(t) and s(0), find the greatest distance from the origin of a particle on [ a, b ]

110. 110 Given v(t) and s(0), find the greatest distance from the origin of a particle on [ a, b ]

111. 111 When you see… Given a water tank with g gallons initially being filled at the rate of F(t) gallons/min and emptied at the rate of E(t) gallons/min on, find

112. 112 You think… a)the amount of water in the tank at m minutes

113. 113

114. 114 Amount of water in the tank at t minutes initial gallons

115. 115 You think… b) the rate the water amount is changing at m

116. 116 Rate the amount of water is changing at t = m

117. 117 You think… c) the time when the water is at a minimum

118. 118 The time when the water is at a minimum

119. 119 You think… When you see… Given a chart of x and f(x) on selected values between a and b, estimate where c is between a and b.

120. 120

121. 121 You think… When you see… Given, draw a slope field

122. 122 Draw a slope field of dy/dx

123. 123 You think… When you see… Find the area between curves f(x) and g(x) on [a,b]

124. 124 Area between f(x) and g(x) on [a,b]

125. 125 You think… When you see… Find the volume if the area between the curves f(x) and g(x) with a representative rectangle perpendicular to the axis of rotation

126. 126 Volume generated by rotating area between f(x) and g(x) with a representative rectangle perpendicular to the axis of rotation

127. 127 You think… When you see… Find the volume if the area between the curves f(x) and g(x) with a representative rectangle parallel to the axis of rotation

128. 128 Volume generated by rotating area between f(x) and g(x) with a representative rectangle parallel to the axis of rotation Remember: Always... Big - small