Find the laplace transformation of the following:

I don't even know where to start< please Help>

http://www.cramster.com/Answer-Board...6200000669.gif

Printable View

- April 29th 2008, 10:28 PMBanannaLaplase Transformations! Please save me from this problem!
Find the laplace transformation of the following:

I don't even know where to start< please Help>

http://www.cramster.com/Answer-Board...6200000669.gif - April 29th 2008, 11:14 PMmr fantastic
- April 29th 2008, 11:23 PMBananna
A study guide, from my math tutor, I have a teacher but he is incomprehensible! I will appreciate any help I can get I have a test on Thursday night and my anxiety level is way too high, because all the problems I am having with this study guide.

- April 29th 2008, 11:27 PMIsomorphism
- April 30th 2008, 04:51 AMmr fantastic
Isomorphism has given some good hints. I'll give some different ones:

1. where F(s) = LT[f(t)]. This is one of the famous shift theorems.

In your problem, a = -3 and .

2. Same as Isomorphism's hint. In your problem .

3. where G(s) = LT[g(t)]. In your problem .

4. .

5. Therefore

I will point out that all of these results should be known to you. I can't help wondering if the learning curve of your self-study is too steep. Have you gone through - thoroughly - the basics? - April 30th 2008, 04:57 AMmr fantastic
- April 30th 2008, 05:37 AMIsomorphism
- April 30th 2008, 07:49 PMmr fantastic
(Rofl) Yes, I thought of 2 sinc(2x) later (Rofl)

But, I think getting it's transform from basics would be difficult for this member. And I don't think the transform of sinc (x) would be on the tables this member is using, which would make the time compression property unusable. Using the appropriate operational theorem is the most expeditious approach, I think.

What would be interesting is to see what tables this member will be using in the exam ......

By the way, please don't take this reply as a criticism of your suggestions.