Complex Exponential Fourier Series

[@laltusing7802]

Sir lagta ha ap kafi pohuche hue admi ho. Apke samne bare institute ka teacher bhi fail ha. Itna clarity ha apke pas. Hats off to u. Your countrymen needs more from you. Kep uploading your videos

[@retrohd1_]

Your videos are easy to understand, and full of concepts. Keep up the good work!

[@srikitharavula3611]

Very easy to understand clear explanation sir Tq sir

[@y031962]

You lost me on Cn=|Cn| e j

[@prashamshah4312]

Studying this after India vs Aus Final 2023 :(

[@vijetasarswat9610]

Mind-blowing sir

[@laxmanpandu7190]

Excellent sir waiting for next lectures of signal and systems

[@MuhammadAwais-kv9bm]

sir can you plz upload the lecture note which you made in vedio?

[@ELBMamtasingh]

Great

[@himanshumutneja]

Who else watches on 2x?

[@himanshushekhardas1730]

me at 1.75x

[@brucewayne1636]

me while studying for exams

[@yashbehl8807]

Me

[@hrishikeshchoudhury4247]

Me for no reason 😅

[@coronaphone710]

2x(t)

[@tejeshreddy8819]

Marvellous

[@ahmadrezarezaei409]

thanks, sir but I didn't understand a thing about Cn

[@yahyahasannizami1590]

sir plzz explain why do u not change the sign when u find out conjugate in magnitude

[@im.meer-asif]

how much lectures still pending..

[@gnquince]

Why did n is reversal and why not t reversal?

[@anisahmad1868]

I think in harmonics we deal with integral multiple of fundamental freq. So study of n is needed to analysis porpose of differnt harmonics i.e. "n".

[@im.meer-asif]

y next private..do u need any payment..plz do tell

[@313Ritesh]

Sir can you please tell that when Fourier series lectures will be completed according to schedule?

[@anithamallam6246]

One doubt..! When you are saying formulae,why you are not mentioning anothr integral term with To

[@xxz4262]

|Cn| is even, so Cn can be both even and odd, right?

[@frieddannsasi1016]

What is its intverval? Cause if the integration lower limit is TauNaught and there is no upper limit, that should be indefinite. Please help what should I write on the limit.....

[@Subudhigaming]

This is not lower limit this Integration over a time period means integration from lower limit any ' t ' to upper limit " t+Time period" .

[@hadif6165]

Hi sir. May i know what is the Complex Exponential Fourier Series coefficient value for full sine wave? I cant find anywhere the solution is. I think Co and Cn is equal to 0. Correct me if im wrong

[@adriansuarezdelvillarpomar840]

On the example could you explain why n^3 is odd... if it is n=2 then n^3 = 8 and it is even. I got confused there. Excellent job in a general way, thank you so much.

[@sunidhichaudhary2455]

He meant odd function, n^3 is an odd function!

[@KhajaBaba-wb1pu]

Me watching this series 2hours before exam 😢 and I know time is waste if I comment although Iam commenting 😂

[@RahulGupta-ox7gh]

ELEC 221 gang with J.Yan was here too

[@harshrajoria8350]

yoo I'm in his class rn and this guy is single-handedly saving my grade lol

[@gurlenanaji7505]

How can u say n3 is odd?

[@vavilapallisatyavenkatasan6563]

For f[n] = n^3 ; f[-n] = -n^3; As f[-n]= -f[n], f[n] is an odd signal.

[@bobhendo2647]

any one else here because of an online exam

[@abhishekece1420]

Ae jaldi bolo na kl subah ppr dene bhi jaana hai

[@shaksham547]

mera sir chakra raha hai

[@himanshuchhikara4918]

🙏

[@abijithpradeep7478]

Pls remove the texts showing below of ur speech ....it disturbs....and not able to see what u write down