Find the transfer function, impulse response, and step response for a given differential equation

[@BhuvneshL.V]

Best explanation 👌

[@emreaslan05]

I have an exam next week and it helped me a lot. Thank you so much for the video!

[@shakunthalamasi]

Best of luck!

[@DTALKS01]

best explanation ever

[@shakunthalamasi]

Thanks for watching!

[@knowledge90s93]

Consider the following difference equation (E^2+E+1/4)y(k)=sin with y(0)=0, y(1)=1 and Find the complete solution to the difference equation.

[@pablo-fg2xh]

Mam but in some sums they are taking the Laplace transform of d²y/dt² as S²y(s)-sy(0)-y'(0)

[@pablo-fg2xh]

But here no?

[@shakunthalamasi]

If initial conditions are given, then you have to consider y(0) and y'(0) expression, else no need

[@pablo-fg2xh]

@@shakunthalamasi thanks

[@SathyaSathya-if9hk]

How to find Laplace transfer or Fourier transform 😢plss quickly reply mam

[@shakunthalamasi]

Refer this th-cam.com/play/PLTuSXfyLGD6oqPrElof6fsMrN2ncIhY3J.html&si=xnEV2WYTQQN0mBkq