Can some one show me how to do dy/dx?

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Homework Help Overview

The discussion revolves around the integration of two expressions: 1/((x+5)^2(x-1)) and (x^3)/(x^2+1). The original poster expresses a desire for an example to understand the process better.

Discussion Character

  • Exploratory, Conceptual clarification, Mathematical reasoning

Approaches and Questions Raised

  • Participants discuss the need for partial fraction decomposition and question whether the original poster is asking about integration or differentiation. There are attempts to clarify the requirements for applying partial fractions, including the need for the degree of the numerator to be less than that of the denominator.

Discussion Status

Some participants provide guidance on the approach to take, such as decomposing fractions and using linear algebra techniques to find coefficients. There is an acknowledgment of confusion regarding the original question, but no explicit consensus has been reached.

Contextual Notes

Participants note that the original poster's request may not strictly fall under homework, as they express a desire to understand the process rather than seek direct answers.

yaho8888
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What is the Integral of 1/((x+5)^2(x-1)) AND (x^3)/(x^2+1) ?

I only need some one to show me an example!

Show Detail and Steps Please!

Thank to all !
 
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I know I need to use partial fractions but I am stuck on those two
 
Do you mean integral or derivative? Your topic title says derivative, but you say integral.
 
OH the Integral
 
The Integral Drive me Crazy!
 
Alright, I can't do the homework for you, so you are going to have to take a leap somewhere.

Just remember that you want to take some fraction and decompose it into two separate fractions, the reverse of simplification.
 
1/((x+5)(x+5)(x+1)) and other one no idea
This is not homework, just want to know how to do it!
 
<tex> 1 \overline {(x+5)(x+5)(x+1)} <\tex>
 
  • #10
To do partial fractions for the second one the degree of the numerator has to be less than the degree of the denominator I believe... So divide first, then go from there.
 
  • #11
Thanks Guys!
 

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