query: How to get correct numerical integration which should be zero?
positive_passages.docid: 28139
positive_passages.text: Stategies to avoid NIntegrate::slwcon error
negative_passages.docid: 41867
negative_passages.text: Best way to evaluate integral with contour integration?
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negative_passages.text: Did I solve this definite integral correctly?
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negative_passages.text: Integrate $\int_{0}^{1}{x^{-x}(1-x)^{x-1}\sin{\pi x}dx}$
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negative_passages.text: Answer when integrating by partial fractions
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negative_passages.text: Integrating for speed
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negative_passages.text: Why does the odd part of the function integrate to $0$?
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negative_passages.text: Integrating a function of tan inverse
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negative_passages.text: Calculation of an integral with a Bessel function
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negative_passages.text: Problem with indefinite integration
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negative_passages.text: Best way to integrate $ \int_0^\infty \frac{e^{-at} - e^{-bt}}{t} \text{d}t $
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negative_passages.text: Problem when integrating $e^x / x$.
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negative_passages.text: improper integral calculation
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negative_passages.text: complex integration, how to evaluate it?
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negative_passages.text: Rusty at complex integrals, finding error in steps
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negative_passages.text: Numerically integrate a plotted function
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negative_passages.text: Variable substitution when integrating with Mathematica