I will be satisfied once u finish the entire signal system playlist by april. I will indebted to you forever. Please upload all the remaining ones and complete the playlist.
Hello sir.. i have a dout .. According to differentation property df(t)/dt =sF(s)-f(0-) .. so why dont u put f(0) ?? In maths we also put F(0) and F'(0) Reply ??
Because in maths we use unilateral laplace transform and in signals we use bilateral laplace transform. Sir have also very clearly said the difference between them in the introductory lecture and also in the properties of laplace transform.
I will be satisfied once u finish the entire signal system playlist by april. I will indebted to you forever. Please upload all the remaining ones and complete the playlist.
Please upload control system videos.
Doing nice work by neso academy
Very good detail explanation, but it's an simple concept sir, thank you.
Perfect. Absolutely perfect!!
After completing signal and system start control system.
Please sir.
" and as we are not having, more space here" this is gold XD
In every video our voice is like robot ( i personally like that voice )
good job nice explanation :)
Hello sir.. i have a dout ..
According to differentation property
df(t)/dt =sF(s)-f(0-) .. so why dont u put f(0) ??
In maths we also put F(0) and F'(0)
Reply ??
Because in maths we use unilateral laplace transform and in signals we use bilateral laplace transform. Sir have also very clearly said the difference between them in the introductory lecture and also in the properties of laplace transform.
considering x(0+) the right part of the LT(differential equation) is coming out to be zero.
Life saver! :)
pls upload Z-transform videos
i don t understand why you didn t take the ROC in consideration ??
Plz start NW theory
Why you did not consider this two x(+0) and y(+0)
i don't understand one thing when to use to differentiation in time property and differntiation in frequency property....plzzz explain it
Yes there is max two time differentiation in the question...
But property like one time differentiation is used in this question..
if initial condition are given
Sir How much more tym will u take to over this playlist?
prashant kumar singh More than 1.5 months i think...
niice
My boy even a blind man can see the partial fractions by just looking at them.Why are you trying to make the problem so long?
There is option to skip