Calculus: Integration - Partial Fractions (2 of 16) 5 Different Techniques

In this video I will explain the 5 different techniques of partial fractions.

[mechboy]

I remember watching this video for my Calculus 2 class, now I am back for Laplace transforms to solve Diff Eqs.

[MichelvanBiezen]

Hector,
This terminology is used by the leading authors of college mathematics texts.

[evanhughes]

This video is severely underrated. For those of us who are better at visual learning and us whose minds tend toward the bigger picture better than the finer details, the ability to compare side by side is really helpful.

[hectorjoseberrios]

Thanks for the prompt reply. Your video tutorials are among the best on the Internet - they are clear, concise, and complete! I recommend them regularly. Thanks for your time and commitment. 

[valeriereid]

Thanks for this excellent lecture. Math majors everywhere appreciate all that you do to get us through a rigorous degree program.

[aravindthangam]

Hats off sir! High quality Lecture!!! Precise and clear!

[curtpiazza]

This presentation is better than anything I've seen in any textbook! Learned a lot in 6 1/2minutes!!

[tetlleyplus]

Amazing and mesmerizing! Not just a great explanation, but also very entertaining! Thanks a lot!

[El-vmwi]

thank you very much, this really deserves more views

[fcar]

Because of the way you presented these 5 techniques ...it is so mucheasier to finally know where to begin whenever I have to Integrate  Partial Fractions.You make learning a joy ....what a gift you have !

[dellaameliaa]

but what is A B C D E etc if i can't find it algebraically?

[hectorjoseberrios]

In arithmetic, we differentiate between factors that are prime and those that are composite. Would it be more correct to say that Case 3 and 4 apply only to “irreducible” or “prime” quadratic factors? For example, I believe that applying Case 3 and 4 to (x^2 -1) and (x^2 -1)^2, respectively, is incorrect as these are quadratic factors that are not prime. Just as 5 (prime) and 6 (composite) are factors of 30.