Комментарии:
WHY DONT YOU PUT To = t , its the time period
Ответитьbest series
ОтветитьWhat is the fundmental time period
Ответитьannasınjınamıamk
ОтветитьComplex exponential Fourier series and exponential Fourier series both are same or not
ОтветитьThank you very much. You are a genius. 👍👍👌👌🙏🙏🔝🔝
Ответитьgood series
ОтветитьIs Tao supposed to equal Pi?
ОтветитьThe sampling function is the same as the sinc function right? As I remember the sinc function being sin(t)/t, and there was no explanation regarding any Sa(t) function in the previous lectures as far as I'm aware of
Ответитьthe solution has overextended, it could be solve in 5 minutes
ОтветитьCan any one tell how to plot its spetrum and phase
ОтветитьThis is the best series on Fourier Analysis that I have seen! Thanks for posting them and being so thorough, and taking your time working through it.
Ответитьis it necessary to integrate by changing into theta. TIA.
ОтветитьYou over complicated that integration.. Simply take that jnwo as constant..
ОтветитьThe reference please😐😐🙂
Ответить[Ao/(nπ)]•[sin(n•t•wo/2)] is the less complicated answer by just using the equation of sint=e^jt-e^-jt/(2j).
Ответитьhow you get x(t) for a triangular wave
Ответитьconfused with value of x(t) please reply
ОтветитьSir if we clamp the signal Fourier coefficient will change or same??
ОтветитьLife is a race................. ViRuS
ОтветитьThank you
ОтветитьYou did not remove minus from -1/jnwo, it will change the whole solution.
ОтветитьCan we solve them by normal fourier transform
ОтветитьThanks sir. Your lessons are greatly simplify
ОтветитьYou really over-complicated the integration of e^(-jnw0t) by using the chain rule .... the "j n and wo" are constants wrt t and they just divide outside the integration. simple!
no need to convert to theta and d-theta...
Do I just multiply the final answer by 2 to get an?
Ответитьwhy we found out the ans in terms of sampling function?
ОтветитьGood job sir
Ответитьa negave sign is not carried plz view
ОтветитьWhat is sampling function?
Ответитьintegration process is too big... but completely understandable.
thanks sir.
thanks a lot Sir. Tremendous
ОтветитьSir please make videos on z transform.After 4 days its my exam. Please help..
Ответитьsir how to plot scaled Fourier series coefficients graph plzz tell me about it
Ответитьhow about integrate from 0 to t/2 and multiply by 2? i have done this but the answer is not the same ..can u answer sir?
Ответитьin the last part of the video, why did you exclude j -imaginary inside of sin(nwt). Wasnt it supposed to carry on?
ОтветитьKeep maintain level for gate .
I have seen your all videos. Acc to my syllabus (EE)
Is it always must to calculate the Sampling function too?
ОтветитьSir what is sint/t why do we need it
Ответитьthank u sir
ОтветитьIm from VietNam. Thank you . Your chanel help me more
Ответитьi must thank you guru of teaching but be kind and upload Laplace and Z transform please!
Ответитьnext semester?
ОтветитьNice one sir
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