Problems on Inverse Fourier Transform ( IFT )

This video deals with finding the time domain signal when the frequency domain signal is given. Few methods of finding Inverse Fourier Transforms are discussed here.

[@anushavmurthy9984]

The way u teach is simpler than textbooks thnku sir.. 😊

[@SAISRIVIDYA66]

I m speechless sir. A word more than amazing deserves u... U r d person bcz of whom I m cracking my exam well.. Keep rocking sir

[@techjunkiejdb5476]

Cherukumudi Saisrividhya thank you ☺️

[@vaishnavishetty6236]

expecting more such videos . time saver I swear

[@archanapanigrahi348]

thnk u sir :) fourier transform transforms our mind

[@musaahmad1097]

In problem 2 could we simply use the fact that pi*exp(-|w|) form an FT pair with 1/(1+t^2) and divide both sides by pi ??(since we did divide by a cost =2 in problem 1) Still this is the best signals and systems lectures on KZbin, accurate needed information and how to apply them. Thank u so much for the effort you put in :)

[@techjunkiejdb5476]

Thank you for the short cut 😊 Am glad u liked the videos .

[@magdieln.michel4689]

Thank you very much for solving the problems ! For problem 2, shouldn't it be X(jw)=e^-w for both for both w> 0 and w

[@nidhinonda7811]

very useful... waiting for ur next video...

[@anushdshetty2869]

Thank you Sir. Keep on the good job

[@annnileenahenry9318]

Concept clearly explained☺

[@subasmuhammad1220]

Sir in exams we cant simply write the F.T because the checker wont know how it was calculated. Is their any procedure or these are previously well known?

[@techjunkiejdb5476]

Subas Muhammad I dint get ur question . U will be given with FT terms . U r finding the inverse FT . You will get the time domain signal back

[@kushihegde]

thankyou sir :') this is very helpful

[@ranarashid7483]

Sir is there any chance of Fast Fourier Transform(FFT) Videos?

[@techjunkiejdb5476]

I will do it soon

[@akshathanayak7954]

easily understood :) thank you

[@adishshetty6568]

Thank u Sir......very useful

[@ramdevrc5605]

excellent:)thank you

[@sakthibalan5574]

in problem 1 shouldn't we also differntiate u(t)? time:5:04

[@K2healer]

understood easily,😀

[@mohammadabdullah3787]

bahut aala

[@debojeetc8197]

👍👍👍👌👌👌

[@aykut1]

In problem 1, why you dont derivate u(t) ?

[@techjunkiejdb5476]

Aykut it's a direct property of FT . U(t) is taken care while getting the FT as it's range is from 0 to infinity

[@mjnb0]

Can u solution this problem for me please X(w)=w/(2+jw)²

[@ArunrajNayak]

cool