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Euler's reflection formula take #1

This page shows how Euler's reflection formula for the gamma function was derived.

Interesting integration technique

An interesting way to solve integrals

A complex conundrum

The integral from 0 to infinity of x/(x^n+1)dx. This integral is solved using the method of contour integration. This integral is a real complex conundrum!

Highvoltagemath shares solutions to problems in pure mathematics, electrical engineering, physics, et cetera.  Here on highvoltagemath, we try hard to not leave out important details.  Our writers write to help others to gain a better understanding of how important formulas were derived and proved.  We also share mathematical problems we find fascinating, fun, and exciting.  We enjoy sharing our love for mathematics and the other topics covered on highvoltagemath.

        Highvoltagemath does not follow any curriculum and by no means is meant to replace official education.  Highvoltagemath posts topics often like a mathematics blog.  Thank you for supporting our business by being here!

"Mathematics is written for mathematicians."

Nicolaus Copernicus

"Today's scientists have substituted mathematics for experiments, and they wander off through equation after equation, and eventually build a structure which has no relation to reality."

Nikola Tesla

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