The formula that computes the Fourier transform from the time signal is the same as the Laplace transform with s replaced by jw. The inverse Fourier transform formula is also similar.
The LaPlace transform of the product exp(-at)u(t) is 1/(s+a). This is true for both the unilateral and bilateral Laplace transforms. The tables that show exp(-at) transforms to 1/(s+a) are true only for the unilateral Laplace transform. My video "Laplace Transform Example Exponential" shows how the transform is computed.
If you guys are having trouble with the audio turn it up to speed 1.5, it worked for me
got an 80 on my FT exam thanks dude
The formula that computes the Fourier transform from the time signal is the same as the Laplace transform with s replaced by jw. The inverse Fourier transform formula is also similar.
A school does not define a person. Anyone can learn this if enough effort is shown
The LaPlace transform of the product exp(-at)u(t) is 1/(s+a). This is true for both the unilateral and bilateral Laplace transforms. The tables that show exp(-at) transforms to 1/(s+a) are true only for the unilateral Laplace transform. My video "Laplace Transform Example Exponential" shows how the transform is computed.
great video , thanks for the good explenations! Keep up!
Thank you
bravo!!
THINK YOU
What is s??? (4:25)
thanx :)
5:11 missed call ;)
m
faltu ka time waste mt kr
whats f*** up with voice ?! Could not watch at all !