@haha31896 wanna try *my* questions? :DDDD

$$\LARGE \mathcal L ^{-1} \left \{ \frac{2k^3}{(s^2 + k^2)^2} \right\}$$

Question

@haha31896 wanna try *my* questions? :DDDD

$$\LARGE \mathcal L ^{-1} \left \{ \frac{2k^3}{(s^2 + k^2)^2} \right\}$$

anonymous · Answer

seems fun, whats the L mean?

lgbasallote · Answer

inverse laplace transform

anonymous · Answer

did you try partial fractions?

lgbasallote · Answer

no i did not...let me do that...

lgbasallote · Answer

uhh nothing happened...

athe · Answer

Try Method of undetermined coefficients. This will help reduce the equation to the standard

lgbasallote · Answer

there's a method of udnetermined coefficients in laplace?

anonymous · Answer

never heard of undetermined coefficients for Laplace :((

lgbasallote · Answer

me neither...

anonymous · Answer

are you familiar with convolution integral ??

lgbasallote · Answer

is this too hard @sami-21 ? should i move on?

lgbasallote · Answer

and no i am not

anonymous · Answer

i will give it a  try :)

lgbasallote · Answer

i'd like to move on though...learning cannot be stopped! haha lol

athe · Answer

Method of undetermined coefficients will not help. It remains the direct method - evaluation of the integrals Laplace transform

anonymous · Answer

@lgbasallote haha no thanks!