Category:Laplace Transforms involving Exponential Function
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This category contains examples of Laplace transforms involving the exponential function.
Let $f: \R_{\ge 0} \to \mathbb F$ be a function of a real variable $t$, where $\mathbb F \in \set {\R, \C}$.
The Laplace transform of $f$, denoted $\laptrans f$ or $F$, is defined as:
- $\ds \laptrans {\map f t} = \map F s = \int_0^{\to +\infty} e^{-s t} \map f t \rd t$
whenever this improper integral converges.
If this improper integral does not converge, then $\laptrans {\map f t}$ does not exist.
Subcategories
This category has the following 2 subcategories, out of 2 total.
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Pages in category "Laplace Transforms involving Exponential Function"
The following 11 pages are in this category, out of 11 total.
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- Laplace Transform of b e^bt - a e^at over b - a
- Laplace Transform of Difference between Exponentials
- Laplace Transform of Exponential
- Laplace Transform of Exponential times Cosine
- Laplace Transform of Exponential times Hyperbolic Cosine
- Laplace Transform of Exponential times Hyperbolic Sine
- Laplace Transform of Exponential times Sine
- Laplace Transform of Positive Integer Power times Exponential
- Laplace Transform of Positive Real Power times Exponential