List questions from frobenius-method

Published on 04 Aug 2019 - 13:05

107

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Special function related to a nonlinear ODE

Published on 07 Aug 2019 - 21:35

96

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The differential of $\lVert D^{1-\lambda} U^* D^{2\lambda}\ UD^{1-\lambda} \rVert_F^2$ with respect to $\lambda$

Published on 15 Aug 2019 - 9:09

904

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Polynomial solution $xy''+(1-x)y'+ \lambda y=0$

Published on 21 Oct 2019 - 15:28

247

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Is it possible to determine the end behavior of a power series based on the sequence of coefficients?

Published on 23 Oct 2019 - 21:12

230

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Find a value of alpha such that all solutions of the differential equation exist

Published on 15 Nov 2019 - 8:30

577

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Frobenius method $ 2xy''-(3+2x)y'+y=0$

Published on 22 Nov 2019 - 12:24

427

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Can’t see that an ODE is equivalent to a Bessel equation

Published on 15 Dec 2019 - 21:12

556

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To differentiate between normal power series solution and Frobenius Method

Published on 26 Dec 2019 - 15:36

608

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Does the Frobenius method work for all second order linear differential equations with only regular singular points?

Published on 18 Feb 2020 - 18:42

908

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Does Frobenius Norm affect matrix transpose?

Published on 25 Feb 2020 - 18:20

139

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How does the author derive these relations?

Published on 29 Feb 2020 - 13:45

128

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Frobenius method giving y=0

Published on 12 Mar 2020 - 7:27

40

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Can Frobenius method method be used to solve following ODE

Published on 12 Mar 2020 - 9:16

1.7k

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Lipschitz constant of negative log likelihood function

Published on 24 Mar 2020 - 4:50

List Question

Solving for the recursion relation of a second order ODE

Special function related to a nonlinear ODE

The differential of $\lVert D^{1-\lambda} U^* D^{2\lambda}\ UD^{1-\lambda} \rVert_F^2$ with respect to $\lambda$

Polynomial solution $xy''+(1-x)y'+ \lambda y=0$

Is it possible to determine the end behavior of a power series based on the sequence of coefficients?

Find a value of alpha such that all solutions of the differential equation exist

Frobenius method $ 2xy''-(3+2x)y'+y=0$

Can’t see that an ODE is equivalent to a Bessel equation

To differentiate between normal power series solution and Frobenius Method

Does the Frobenius method work for all second order linear differential equations with only regular singular points?

Does Frobenius Norm affect matrix transpose?

How does the author derive these relations?

Frobenius method giving y=0

Can Frobenius method method be used to solve following ODE

Lipschitz constant of negative log likelihood function

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