Inverse Laplace transform Help

Icy950
Messages
2
Reaction score
0
I couldn't figure the sol'n for this problem
Could somebody help?
Thanks a lot

Find the following Inverse Laplace transform

(L^(-1))*[1/(4s+1)]:frown:
 
Physics news on Phys.org
Icy950 said:
I couldn't figure the sol'n for this problem
Could somebody help?
Thanks a lot

Find the following Inverse Laplace transform

(L^(-1))*[1/(4s+1)]:frown:

That's almost direct from a table...

or are you doing these by hand?
 
I'm trying to do this by hand
Hopefully I can get some help
Thanks a lot
 
Well you will definitely need to show some work.

Also, you should check out LaTeX in the tutorial section. Then you can show your work as:

\frac{1}{4s+1}
 
It might be easier for you to see the solution if you first divide everything by 4:

\frac{1/4}{s+1/4}

Now it should be clear that:

L^{-1}(\frac{1/4}{s+1/4}) = \frac{1}{4}e^{\frac{1}{4}t}
 
Thread 'Use greedy vertex coloring algorithm to prove the upper bound of χ'
Hi! I am struggling with the exercise I mentioned under "Homework statement". The exercise is about a specific "greedy vertex coloring algorithm". One definition (which matches what my book uses) can be found here: https://people.cs.uchicago.edu/~laci/HANDOUTS/greedycoloring.pdf Here is also a screenshot of the relevant parts of the linked PDF, i.e. the def. of the algorithm: Sadly I don't have much to show as far as a solution attempt goes, as I am stuck on how to proceed. I thought...
Back
Top