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(-1)*+1 Vn 00 We would like to estimate the sum L of the series > n=1 with a partial sum Sn : L - Sn · If we want to guarantee that the error (between the actual and the estimated sum) is less than 0.01 , what is the smallest value of n according to Theorem 16 on Page 620, that we should use in our estimate?

(-1)*+1 Vn 00 We would like to estimate the sum L of the series > n=1 with a partial sum Sn : L - Sn · If we want to guarantee that the error (between the actual and the estimated sum) is less than 0.01 , what is the smallest value of n according to Theorem 16 on Page 620, that we should use in our estimate?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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(-1)"+1 Vn 00 We would like to estimate the sum L of the series > n=1 with a partial sum Sn : L - Sn · If we want to guarantee that the error (between the actual and the estimated sum) is less than 0.01 , what is the smallest value of n , according to Theorem 16 on Page 620, that we should use in our estimate? 99 999 O 9,999 O 99,999
Transcribed Image Text:(-1)"+1 Vn 00 We would like to estimate the sum L of the series > n=1 with a partial sum Sn : L - Sn · If we want to guarantee that the error (between the actual and the estimated sum) is less than 0.01 , what is the smallest value of n , according to Theorem 16 on Page 620, that we should use in our estimate? 99 999 O 9,999 O 99,999
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