The Cauchy-Goursat Theorem for Multiply Connected Domains

[@cfaion341]

wow! you're like a god when it comes to explaining complex integral theorems. thanks for saving my behind :)

[@ozzyfromspace]

Cuachy-Goursat Theorem is amazing!

[@sasanfouladi-pour4691]

Watched all the videos in this series, and it really helped me understand the C-G theorem and its applications to certain issues. Many thanks!

[@QVMaster]

This video answered my question, Great and simple description, Thanks a lot.

[@chymoney1]

Great video. Was just thinking in my head what happens if there’s multiple singularities

[@piyalikarmakar5099]

you made it all so easy to understand. thanks a lot

[@facqns]

Thank you so much for thise material... Cheers from Argentina

[@borundiaspeaks2538]

Directions in the contours initially were incorrect. Well explained.

[@randhirdhull8039]

Most beautiful

[@Nicknamelikeyours]

Great explanation in all four videos

[@nishithmandal4001]

Very very good explanation

[@justbecause1124]

thanks! cleared up a lot

[@adityk8138]

Plz explain for the intersecting curve (not simply connected ) . How to approach to such type of problem

[@nathanlee4844]

A terrific video

[@alial3802]

How this connecting method is not against the definition of the curve must not intercect itself?

[@blundermonkey]

Yes that part is wrong he should have divded the enitre C into parts then do that in individual domains

[@livesport2043]

can you put the Detailed prooof please in pdf or something else