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Inverse Laplace with fractional power
Partial fractions for inverse laplace transforminverse laplace using partial fractions and completing squareInverse Laplace Transform of $dfrac{6s -19}{s^2 - 6s + 13}$.Solving an IVP with Laplace TransformsLaplace Transforms/Differential Equations using MATLABHow to solve this partial fraction decomposition for taking the Inverse Laplace Transform?Another method other than partial fractionsWhy am I not getting the correct inverse Laplace transform?Partial Fraction Decomposition for Inverse Laplace TransformInverse Laplace transform of $frac1{s^{1/2}(s^2 + 1)}$
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What is inverse laplace for $y={-16s^{v-1}+2s^{2v-1}/s^{2v}-4s^{v}+13}$ where $v$ is fraction
. The answer that I need to get after applying invers laplace is $y=[E(2t^v)][cos(3t^v)-5sin(3t^v)]$
Where $E$ is mittage function ..
calculus analysis partial-fractions fractional-calculus
$endgroup$
add a comment |
$begingroup$
What is inverse laplace for $y={-16s^{v-1}+2s^{2v-1}/s^{2v}-4s^{v}+13}$ where $v$ is fraction
. The answer that I need to get after applying invers laplace is $y=[E(2t^v)][cos(3t^v)-5sin(3t^v)]$
Where $E$ is mittage function ..
calculus analysis partial-fractions fractional-calculus
$endgroup$
add a comment |
$begingroup$
What is inverse laplace for $y={-16s^{v-1}+2s^{2v-1}/s^{2v}-4s^{v}+13}$ where $v$ is fraction
. The answer that I need to get after applying invers laplace is $y=[E(2t^v)][cos(3t^v)-5sin(3t^v)]$
Where $E$ is mittage function ..
calculus analysis partial-fractions fractional-calculus
$endgroup$
What is inverse laplace for $y={-16s^{v-1}+2s^{2v-1}/s^{2v}-4s^{v}+13}$ where $v$ is fraction
. The answer that I need to get after applying invers laplace is $y=[E(2t^v)][cos(3t^v)-5sin(3t^v)]$
Where $E$ is mittage function ..
calculus analysis partial-fractions fractional-calculus
calculus analysis partial-fractions fractional-calculus
edited Mar 13 at 8:35
YuiTo Cheng
2,0592837
2,0592837
asked Mar 13 at 8:22
JojoJojo
21
21
add a comment |
add a comment |
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