Complex Exponential Fourier Series (Example 2)

Superb sir

Plz upload fourier trasforms

Thx a lot sir for all these videos, I have exam of Signal on 12/12/2017, u have already covered 1.5/4th of my syllabus,. Also I studied whole of ur digital elx playlist as well, plz try to upload next videos as soon as possible so i can cover more and more of my syllabus from ur videos thx again

the solution just blew my mind. thank you. this is amazing.

you have a Good experience! THANKS

Superb

hello sir your explanation is very good.. but i have a doubt why you not take limits from 0 to T for convinence

Thank u sooo much for all these lectures

wow just wow

Thanks a lot sir for all these lectures

Why u choose x(t)=&(t).
x(t) should be &(t-nT). Plzz guide me 🙏🤔

While doing integration u had said that integration of dell of t from -t/2 to +t/2 is is t actually at t=0 only the value of integration exists then how can we consider the area sir

Thank u sir

SIR WHY DO WE CONSIDER THE PERIOD AS -T/2 TO T/2 AND NOT 0 TO T

how do you choose Cn or C-n in the previous example we worked with Cn where we had -jnwt

good explanation........Thanks

Why u wrote e^jnwot as formula is e^-jnwot

Your explanation was so clear as always, Thank you

If we choose the limits 0 to To , then what will the value ???

I was confused too so^just a reminder here, when computing x(t) we have summation Cn.e^(jnwt) but when computing Cn we have integral 1/T x(t).e^(-jnwt)dt

Awesome explanation

Thank you very much. You are a genius. 👍👍👌👌🙏🙏🔝🔝

How the area of impulse came out to be 1... how a single line can give area other than 0??

why we are using sampling property in this specific question??

there is no point of doing the solution as answer is in 1st step, filter from options

very clear and simplistic explanation

How did we get to know that it is complex Fourier series and not trigonometric Fourier series?