Question: 5 sin(m) Use the trapezoidal rule with n = 5 to approximate / do. 1 3.3 Keep at least 2 decimal places accuracy in your

 5 sin(m) Use the trapezoidal rule with n = 5 toapproximate / do. 1 3.3 Keep at least 2 decimal places accuracyin your final answer [6.8111(33) d3 m - 1 a: :] 8Find the approximate value off ( 3:2)dm . 5 using the trapezoidalrule with three subdivisions. Draw a graph to illustrate. The estimated valueis: [: t week 0 7 9.5 14.5 18.5 20 r(t) wordsper week 12.75 13.25 14 14 12.25 12.5 lan is trying tolearn new Spanish words every week. The function r(t) in words perweek is the rate at which he learns new Spanish words. 20A. Use the Trapezoidal Rule with sub-intervals indicated by the table to

estimate r(t) dt. B. What are the final units on your estimate?Usethe Method of Midpoint Rectangles to approximate the area under the curveat) 2 9:2 39: + 3 from a: = 5 to a:= 35. Use 71. = 5 rectangles to find your approximation. \fConsiderthe function at) = 2 6' a: 3 Let F(a:) be theantiderivative of at) with F(1) = 0. m = :]image text in transcribedimage text in transcribedimage text in transcribedimage text in transcribed

5 sin(m) Use the trapezoidal rule with n = 5 to approximate / do. 1 3.3 Keep at least 2 decimal places accuracy in your final answer [6.8111(33) d3 m - 1 a: :] 8 Find the approximate value off ( 3:2)dm . 5 using the trapezoidal rule with three subdivisions. Draw a graph to illustrate. The estimated value is: [: t week 0 7 9.5 14.5 18.5 20 r(t) words per week 12.75 13.25 14 14 12.25 12.5 lan is trying to learn new Spanish words every week. The function r(t) in words per week is the rate at which he learns new Spanish words. 20 A. Use the Trapezoidal Rule with sub-intervals indicated by the table to estimate r(t) dt. B. What are the final units on your estimate?Use the Method of Midpoint Rectangles to approximate the area under the curve at) 2 9:2 39: + 3 from a: = 5 to a: = 35. Use 71. = 5 rectangles to find your approximation. \fConsider the function at) = 2 6' a: 3 Let F(a:) be the antiderivative of at) with F(1) = 0. m = :]

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