|
[VIEWED 4538
TIMES]
|
SAVE! for ease of future access.
|
|
|
|
AASHKTA
Please log in to subscribe to AASHKTA's postings.
Posted on 12-28-07 11:16
PM
Reply
[Subscribe]
|
Login in to Rate this Post:
0 
? 
|
| |
 Hi All Math Gurus! could u please help me out to solve following integral equation. Need to find P(x) in terms of all other terms. can u figure out the expression of P(x) in terms of all other terms. Thanks for your time!!!!!!!!!!!!
|
| |
|
|
|
|
spawn
Please log in to subscribe to spawn's postings.
Posted on 12-28-07 11:53
PM
Reply
[Subscribe]
|
| Login in to Rate this Post:
0
?
|
| |
Last edited: 31-Dec-07 02:46 AM
|
| |
|
|
baglung_in_mass
Please log in to subscribe to baglung_in_mass's postings.
Posted on 12-29-07 12:24
AM
Reply
[Subscribe]
|
| Login in to Rate this Post:
0
?
|
| |
Use Equation 6-39 (page 181) of Papoulis and Pillai, 4/e.
|
| |
|
|
AASHKTA
Please log in to subscribe to AASHKTA's postings.
Posted on 12-29-07 12:33
AM
Reply
[Subscribe]
|
| Login in to Rate this Post:
0
?
|
| |
baglung_in_masscan u paste the equation u said i didn't find on the web and i dont have the book thanks
|
| |
|
|
baglung_in_mass
Please log in to subscribe to baglung_in_mass's postings.
Posted on 12-29-07 12:48
AM
Reply
[Subscribe]
|
| Login in to Rate this Post:
0
?
|
| |
Go to http://www.mhhe.com/engcs/electrical/papoulis/ Then go to Power Point Slides Download Chapter 7 In the slide, the helpful equations are (7-15) and (7-16) Good Luck!
|
| |
|
|
AASHKTA
Please log in to subscribe to AASHKTA's postings.
Posted on 12-29-07 2:05
AM
Reply
[Subscribe]
|
| Login in to Rate this Post:
0
?
|
| |
|
|
| |
