For an alternating series whose summands are decreasing in magnitude, the true sum S lies between any two successive partial sums: min {SN, SN+1} ≤ S ≤ max {SN, SN+1}. Consider S = Σ n=1 (−1)n+1 n4 Answer: Nmin = 71 Answer: and write S≈ SN = (a) Find the smallest value of N for which the interval bracketing S in line (*) above has length at most 10-6. N SN + SN+1 2 n=1 (b) Using the N found in part (a), approximate S by the midpoint of the interval implicit in line (*). A spreadsheet may be helpful to calculate the sum SN. (−1)n+1 n4
For an alternating series whose summands are decreasing in magnitude, the true sum S lies between any two successive partial sums: min {SN, SN+1} ≤ S ≤ max {SN, SN+1}. Consider S = Σ n=1 (−1)n+1 n4 Answer: Nmin = 71 Answer: and write S≈ SN = (a) Find the smallest value of N for which the interval bracketing S in line (*) above has length at most 10-6. N SN + SN+1 2 n=1 (b) Using the N found in part (a), approximate S by the midpoint of the interval implicit in line (*). A spreadsheet may be helpful to calculate the sum SN. (−1)n+1 n4
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.3: Geometric Sequences
Problem 81E
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