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f(x) = 5 In(r) e-z 1+x² The real value of the integral taken in the interval (1,3) for this function is known as f f(r) dr≈ 0.1076760575 For n = 4, find with Simpson's 1/3 Rule. Find the absolute error and the relative error percentage.

f(x) = 5 In(r) e-z 1+x² The real value of the integral taken in the interval (1,3) for this function is known as f f(r) dr≈ 0.1076760575 For n = 4, find with Simpson's 1/3 Rule. Find the absolute error and the relative error percentage.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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f(x) = x5 ln(x) e-r² 1+x² The real value of the integral taken in the interval (1,3) for this function is known as fi f(x) da≈ 0.1076760575 For n = 4, find with Simpson's 1/3 Rule. Find the absolute error and the relative error percentage.
Transcribed Image Text:f(x) = x5 ln(x) e-r² 1+x² The real value of the integral taken in the interval (1,3) for this function is known as fi f(x) da≈ 0.1076760575 For n = 4, find with Simpson's 1/3 Rule. Find the absolute error and the relative error percentage.
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