Mastering Partial Fractions for Integrating (x+2)/(x+4)^2

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SUMMARY

The discussion focuses on mastering the integration of the function (x+2)/(x+4)^2 using partial fractions. The correct decomposition involves setting A=0 and B=1, leading to the integral of 1/(x^2+4)^2. Participants suggest using the substitution u = 2tan to simplify the integration process, emphasizing the importance of exploring various resources for mathematical solutions.

PREREQUISITES
  • Understanding of integral calculus
  • Familiarity with partial fraction decomposition
  • Knowledge of trigonometric substitutions
  • Basic algebraic manipulation skills
NEXT STEPS
  • Study the method of partial fraction decomposition in detail
  • Learn about trigonometric substitutions in integrals
  • Explore advanced integration techniques, including integration by parts
  • Review calculus textbooks for additional practice problems
USEFUL FOR

Students of calculus, mathematics educators, and anyone seeking to improve their skills in integration techniques, particularly in the context of partial fractions and trigonometric substitutions.

NINHARDCOREFAN
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The integral of [(x+2/(x+4)]^2

A/(x^2+4) + B/[(x^2+4)^2)

A=0, B=1

so, the integral of 1/(x^2+4)^2

how do you do this?
 
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Let u = 2tan and don't use partial fractions…
 
JonF said:
Let u = 2tan and don't use partial fractions…
I think even when you don't do as what you said in your post, surely you can still find out A LOT OF SOURCES to get this THING solved. Why never look for books around you ? I am sure you should have a lot, because maths computation is what you like, which your presence here already tells me, RIGHT ?

Just a suggestion anyway, since not everyone has an American dream.. For example, me, call me Alexsan, a psychologist-to-be, mainly plays around with alcohols and chemical reactions.
 
NINHARDCOREFAN said:
The integral of [(x+2/(x+4)]^2

A/(x^2+4) + B/[(x^2+4)^2)

A=0, B=1

so, the integral of 1/(x^2+4)^2

how do you do this?
Hehe, Now your turn!

1~ Is it true that you don't understand how to solve the problem or you want to play around with your misinformation?
2~ You first correct your mistake made in your OP, then I will try to help you_UP.

AlexContourPlus
 

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