How is This Laplace Transform Rewritten for a Final Step?

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SUMMARY

The discussion focuses on the final step of rewriting a Laplace transform expression, specifically transforming \(\frac{(3-2s)}{((s+3)^2)+4}\) into the form \(-2\frac{(s+3)}{(((s+3)^2)+4)} + \frac{9}{2} \frac{2}{((s+3)^2)+4}\). Participants clarify the correct application of LaTeX syntax for mathematical expressions, emphasizing the importance of using the caret (^) instead of the superscript (SUP) notation. The conversation highlights common pitfalls in LaTeX formatting while solving complex mathematical problems.

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Homework Statement



this is the last step to a laplace transform, but I'm stuck..
[tex]\frac{(3-2x)}{((s+3)<sup>2</sup>)+4}[/tex]
to
-2[tex]\frac{(s+3)}{(((s+3)<sup>2</sup>)+4)}[/tex]9/2 [tex]\frac{2}{((s+3)<sup>2</sup>)+4}[/tex]


thanks
 
Last edited:
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Hi myusernameis! :smile:

(use ^ not SUP in LaTeX :wink:)

[tex]\frac{(3-2s)}{((s+3)^2)+4}[/tex]

= [tex]\frac{(9 - 6 - 2s)}{((s+3)^2)+4}[/tex]

= -2[tex]\frac{(s+3)}{(((s+3)^2+4)}[/tex] + 9/2 [tex]\frac{2}{((s+3)^2)+4}[/tex] :wink:
 
tiny-tim said:
Hi myusernameis! :smile:

(use ^ not SUP in LaTeX :wink:)

haha i used ^ but the laTeX gave me SUP..

thanks a bunch!
 

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