Equation Transformation: From Top to Bottom

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SUMMARY

The discussion centers on transforming a mathematical equation from one form to another, specifically using integration by parts. Participants express difficulty in interpreting the equation presented in an image format, suggesting a need for clearer representation, such as LaTeX. The mention of different variables in the equation highlights the importance of precision in mathematical notation for accurate transformation.

PREREQUISITES
  • Understanding of integration techniques, specifically integration by parts.
  • Familiarity with mathematical notation and variable differentiation.
  • Basic knowledge of LaTeX for typesetting mathematical equations.
  • Ability to interpret and manipulate algebraic expressions.
NEXT STEPS
  • Research the method of integration by parts in calculus.
  • Learn how to use LaTeX for formatting mathematical equations.
  • Explore variable differentiation and its implications in equation transformation.
  • Practice transforming equations through various algebraic techniques.
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Students, educators, and professionals in mathematics or engineering fields who require assistance with equation transformations and integration techniques.

VooDoo
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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
 
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I wonder how many people were able to read the picture... Try to put it in tex.
 
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.
 
Rofl yeah i can't even see that! :S even with my glasses on 8-)
 

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