36. Integral using Feynman's trick (Leibniz's rule)

▼ IMPORTANT ▼ In this video we will see a solved example (solved exercise) of an improper integral of a division (quotient) of a subtraction of inverse trigonometric functions of the arctangent type divided by x. For this we will use the Feynman trick (derivation under integral sign or Leibniz's rule), to obtain a simpler integral which we solve, then we integrate again to arrive at a natural logarithm plus a constant that will have to be determined by substituting an appropriate value in the initial integral and thus finally arrive at the result, all step by step.
#Leibniz #Integral #Feynman
----------
** IMPORTANT LINKS **
Special Videos: • Members-only videos
Mathematics Review Course (Pre-University) • Curso de Repaso de Mat...
----------
** SEE ALL MY COURSES HERE **
/ arquimedes1075
----------
** BIBLIOGRAPHY **
Simplified Mathematics, by Conamat
----------
** DONATIONS **
Paypal: www.paypal.com...
Channel memberships: / @matefacilyt
Patreon: / matefacil
----------
** MY OTHER CHANNELS AND SOCIAL NETWORKS **
Physics Channel: / @matefacilfisica
Videogame Channel: / @matefacily
Twitch: / matefacil
MateFacil App: educup.io/apps...
Facebook (Page): / arquimedes1075
Twitter: @Matefacilx
Instagram: @Matefacilx
Discord: / discord
----------
#Matefacil #Matematicas #Math #tutorial #tutor #tutoriales #profesor
----