Help with a proof

  • Thread starter VooDoo
  • Start date
  • Tags
    Proof
  • #1

VooDoo

59
0
Hey guys,

I need to prove that the equation on top can be written like the eqaution on the bottom, but I have no idea where to start. I have heard ppl saying that I need to use integration by parts etc. Any help is apprecaited!
*note the v's in the red box are different to the v not in the red box.

http://img360.imageshack.us/img360/1044/questionsne4.th.jpg [Broken]
 
Last edited by a moderator:

Answers and Replies

  • #2
I wonder how many people were able to read the picture... Try to put it in tex.
 
  • #3
Borek said:
I wonder how many people were able to read the picture... Try to put it in tex.

This is a fair question - I could not.
 
  • #4
Rofl yeah i can't even see that! :S even with my glasses on :cool:
 

Suggested for: Help with a proof

I Help With a Proof using Contour Integration
Replies
2
Views
760
I Proof of the Chain Rule
Replies
2
Views
630
I Spivak, Ch. 20: Understanding a step in the proof of lemma
Replies
1
Views
872
I Understanding a proof of inexistence of max nor min
Replies
4
Views
598
B This CAN'T be true (Is my proof that 1=0 correct?)
Replies
8
Views
718
I From a proof on directional derivatives
Replies
9
Views
916
MHB Epsilon-delta Limit Proof
Replies
3
Views
624
I Need help with a proof involving points on a quadratic
Replies
4
Views
871
B Another proof of the existence of extreme values on open intervals
Replies
9
Views
667
I Proof of 1/(x^2) Not Having Limit at 0
Replies
5
Views
794

Hot Threads

Recent Insights

Back
Top