How To Find The Fourier Series of f(x)=x, from -π to +π

[@KushalKushal-mh7xz]

Gratitude from india sir ❤

[@AVITECHNOLOGIES]

Thank you

[@GormuonGany-l1n]

Absolutely amazing

[@Rainbowcolours09]

Finally I got Sir!! 🎉thank you

[@AVITECHNOLOGIES]

You are welcome 😊

[@awusacollins]

Great tutorial! I appreciate your detailed explanations! Miss studying in English

[@AVITECHNOLOGIES]

You're welcome

[@SoyefM7]

can you explain how you got 2/pi at 4:12

[@AVITECHNOLOGIES]

The function is odd, hence, we multiply the integral by 2 and reduce the limit of the integral to 0 to π. If you check, the limit is not the same as the previous integral. Watch my video on Even and Odd functions explained graphically and algebraically to learn about it.

[@MelkieAssefa-nn9wo]

Good work

[@안형선-u1v]

Thanks for great lectures, but there are Voice is heard intermittently.

[@AVITECHNOLOGIES]

You're welcome. I have not gotten a soundproofed Studio yet, the voices are from my neighbours.

[@SRPKUNENE]

All the best Sir 🎉

[@AVITECHNOLOGIES]

Thank you very much 😊

[@SRPKUNENE]

Integration of cosnx not equal to (sin nx)/n? from step no.3

[@AVITECHNOLOGIES]

@siphokunene8612 Integration of cosnx is equal to (sinnx)/n. Is it otherwise? If yes, please, write the time for me.

[@SRPKUNENE]

Ok, got it!

[@SRPKUNENE]

Thank you.

[@hopeedet357]

I am confused. You used a different method for the integration by parts as to your other video

[@AVITECHNOLOGIES]

You will still get same answer.

[@sharifkirunda9229]

Masha Allah,it's gd bro

[@blleed2349]

Great vid mate

[@AVITECHNOLOGIES]

Thanks 😊

[@radha-j1v]

From india

[@AVITECHNOLOGIES]

You're welcome 😊

[@JoyNyambura-n4c]

Tunangoja Sifuna sasa

[@AVITECHNOLOGIES]

I'm sorry, in English please.