Time Differentiation & Integration Property

[@chaitanyayeole4111]

Inverse Fourier should have (1/2*pi) ??

[@plopadop9130]

yep confused me too

[@afontmx6722]

Yes

[@sushamaavaghade9945]

Thx mam U r fabulous😘✨

[@mrafique7552]

05:47 : x(t) equation is totally wrong. 5th line from top after heading. minus sign at exp and missing 1/2pi.

[@afontmx6722]

Can you please Explain

[@sandeepraju464]

Thanks madam good easy manner ☺

[@Lokesh-sc6dw]

Excellent mam

[@devanandkumar9620]

Very Easy solution didi

[@ankushbhalage3642]

Great..

[@ritwikasanyal9939]

your formula for inverse fourier is wrong...it is multiplied by (1/2*pi)....and the example parts are not explained properly....concept is not clear.....

[@rickperez8975]

Equation is missing 1/2pi BUT even if it was there, it wouldn’t make difference in proof because you still get jΩ(inverse)

[@addhyangarg7112]

i think you should not teach wrong , i am following this series for my exams , and there is no correction in any future vdos,

[@AbhijeetSingh-tr3tn]

time differentiation property for continuous time Fourier transform video upload kriye

[@chandana1086]

❤❤❤

[@gidyonumerla-jx8ln]

❤️❤️

[@arifurrahmanbhuiyan2829]

It’s good enough❤

[@taufiqueahemad925]

Thank you mam

[@captainstreamer3261]

If You Integrate A Function Then There Will Be A Constant In Result Where Is It ?? Please Don't Confuse People With Wrong Video ..

[@DM-nh3zr]

Wish you would do a real example rather than a proof

[@naseembanu3966]

Is this vedio belongs to CTFT or DTFT?Kindly reply!