List questions from divergent-integrals

Published on 23 Oct 2019 - 21:17

61

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Why does the divergence in my integral has a change of type?

Published on 08 Nov 2019 - 15:49

135

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Integral involving a Gaussian and a fraction.

Published on 12 Nov 2019 - 16:22

130

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Regularization of integrals of the type $\int^1_0dx\frac{\ln^n(1-x)}{1-x}$

Published on 18 Dec 2019 - 12:22

129

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Do Divergent Integrals have a unique regularisation?

Published on 02 Jan 2020 - 11:08

392

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Divergent Integral?

Published on 15 Jan 2020 - 4:09

103

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How can I prove that $\int_1^2 \frac{\ln(x-1)}{\ln(x^2-1)}~\text{d}x$ diverges?

Published on 18 Jan 2020 - 23:09

68

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Show divergence of $\int_{1}^{\infty} \frac{x+\sqrt{x}+7}{x^2+2x+1} dx$

Published on 04 Feb 2020 - 15:19

133

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How can I compute this integral involving $\Gamma$-functions?

Published on 12 Mar 2020 - 11:47

92

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Does this integral converge or diverge?

Published on 26 Mar 2020 - 17:57

74

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Asymptotic estimation of a divergent integral

Published on 05 Apr 2020 - 16:24

49

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Is this integration by parts allowed?

Published on 10 May 2020 - 18:36

99

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Graphs of $e^{-y} = x$ and $y = \frac 1x$: Why do they seem so similar on $[0, 1]$, but one converges while the other diverges?

Published on 05 Jun 2020 - 15:43

50

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A divergent Definite Integral

Published on 11 Jun 2020 - 2:01

59

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Why is it necessary to take$\int \frac{1}{x}~ dx$, and split it into two pieces, left and right side? Lets say its bounded by $2$ and $-2$?

Published on 19 Jun 2020 - 22:22

List Question

Is this integral always valid?

Why does the divergence in my integral has a change of type?

Integral involving a Gaussian and a fraction.

Regularization of integrals of the type $\int^1_0dx\frac{\ln^n(1-x)}{1-x}$

Do Divergent Integrals have a unique regularisation?

Divergent Integral?

How can I prove that $\int_1^2 \frac{\ln(x-1)}{\ln(x^2-1)}~\text{d}x$ diverges?

Show divergence of $\int_{1}^{\infty} \frac{x+\sqrt{x}+7}{x^2+2x+1} dx$

How can I compute this integral involving $\Gamma$-functions?

Does this integral converge or diverge?

Asymptotic estimation of a divergent integral

Is this integration by parts allowed?

Graphs of $e^{-y} = x$ and $y = \frac 1x$: Why do they seem so similar on $[0, 1]$, but one converges while the other diverges?

A divergent Definite Integral

Why is it necessary to take$\int \frac{1}{x}~ dx$, and split it into two pieces, left and right side? Lets say its bounded by $2$ and $-2$?

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