Improper Integrals with the Residue Theorem: Example 2
We give our next application of the Residue Theorem. We compute a real improper integral interpreted in the Cauchy principal value sense. We extend the integrand, which is the function 1/(1+x^n) for a natural number n, to the complex function, f(z) = 1/(1+z^n). We integrate this function over the the sector of the circle of radius R with angle 2pi/n. The two lines in this contour are multiples of the integral we wish to find. The portion on the arc tends to zero as R tends to infinity. An application of the residue theorem yields the result. #mikethemathematician, #profdabkowski, #mikedabkowski, #complexanalysis, #improper

▶︎
Integrals with Integrands of the Form F(cosx, sinx)

▶︎
This integral looks crazy

▶︎
Computing Improper Integrals using the Residue Theorem | Cauchy Principal Value

▶︎
The most beautiful formula not enough people understand

▶︎
e Was Hiding Something — Hermite Finally Caught It

▶︎
The Greatest Mathematician of Our Time

▶︎
Breaking the Enigma Code | The Imitation Game with Benedict Cumberbatch

▶︎
Lecture 3- Physics with Witten

▶︎
How to change the order of a triple integral

▶︎
The Strangest Integral In Math

▶︎
The Greatest Unsolved Problem In Mathematics

▶︎
so you want a HARD integral from the Berkeley Math Tournament

▶︎
what a nice integral!

▶︎
When Math Isn’t Based in Reality

▶︎
Trump Crashes the NBA Finals Party, Throws Unhinged Tantrum on Meet the Press: A Closer Look

▶︎
This Integral Will Make You Better At Calculus

▶︎
Bloch's Lemma for the Unit Disc

▶︎
Frankreich schmeißt Hegseth raus, wütender Mob in NYC: Trump-Lager hat weltweit "Hausverbot"

▶︎
a formula for the "circumference" of an ellipse.

▶︎
