Recent content by Z-Johnny

Dear Joshy, Thank you very much for sharing your thought ! I have calculated with 1/2*pi . The result is the same . If it isn't there , the result is different . So trust me , 1/2*pi is miss there .

Yes. It seems like the equation 4.46 still miss the 1/2*pi. But based on the result it seems like there is a 1/2*pi.

Yes. It seems like the equation 4.46 still miss the 1/2*pi. But based on the result it seems like there is a 1/2*pi.

Dear Joshy, Great.! I think your book is right . I don't know why it is different in some edition . So this is my confused. Thank you very much!

Dear Joshy, Thank you very much for your reply. But I'm still confused because of g(0) comes from g(t) when t = 0 ,right? So if we want get g(0), we should get g(t) firstly . If we get g(t) , we should use the Inverse Fourier transform. That means there should have a 1/2*pi. This is what I...

Can anyone help explain this issue?