List questions from initial-value-problems

Published on 27 Mar 2026 - 22:18

60

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How to solve for $y$ here?

Published on 26 Sep 2021 - 2:44

130

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Does the Green's Function for an IVP always converge while integrating?

Published on 27 Mar 2026 - 13:19

220

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$y' = 3y^{\frac{2}{3}}$ non unique solution at $(1,1)$?

Published on 04 Oct 2021 - 19:02

524

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How could I begin to solve for $x$ in this equation?

Published on 04 Oct 2021 - 23:34

109

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Nondimensionalize this equation and find the constant

Published on 27 Mar 2026 - 15:35

304

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Torricelli's Law for an irregular Funnel

Published on 16 Oct 2021 - 21:09

153

Views

Inconsistency when solving IVP using Laplace Transform with Dirac Delta

Published on 20 Oct 2021 - 0:57

180

Views

Show an IVP admits two solutions over an interval

Published on 20 Oct 2021 - 19:54

52

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Identify the form of the nonlinear second order differential equation

Published on 22 Oct 2021 - 11:46

154

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Solution of IVP is defined for $t>t_0$

Published on 27 Oct 2021 - 23:54

94

Views

Solving Partial Differential Equations with Fourier transforms

Published on 29 Oct 2021 - 11:42

244

Views

Prove that an initial value problem has more than 1 solution

Published on 30 Oct 2021 - 18:21

37

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Applying the initial conditions on a Power Series

Published on 03 Nov 2021 - 18:51

425

Views

How to solve a 1-D wave equation when given no boundary/initial conditions on $x$?

Published on 05 Nov 2021 - 20:49

List Question

$yu_x+xu_y=u$ with two conditions using method of characteristics

How to solve for $y$ here?

Does the Green's Function for an IVP always converge while integrating?

$y' = 3y^{\frac{2}{3}}$ non unique solution at $(1,1)$?

How could I begin to solve for $x$ in this equation?

Nondimensionalize this equation and find the constant

Torricelli's Law for an irregular Funnel

Inconsistency when solving IVP using Laplace Transform with Dirac Delta

Show an IVP admits two solutions over an interval

Identify the form of the nonlinear second order differential equation

Solution of IVP is defined for $t>t_0$

Solving Partial Differential Equations with Fourier transforms

Prove that an initial value problem has more than 1 solution

Applying the initial conditions on a Power Series

How to solve a 1-D wave equation when given no boundary/initial conditions on $x$?

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