INTRODUCTION TO FOURIER SERIES PART 1

JEMSHAH E-LEARNING PLATFORM
TO GET NOTES FOR THE ABOVE VIDEOS FOLLOW THE LINKS BELOW TO DOWNLOAD
DOWNLOAD FREE PAST PAPERS APP FROM GOOGLE PLAYSTORE

[onemillion]

My lecturer in my diploma and higher program in Electrical Engineering. Thanks sir. may God bless you

[jeanpaulkyokya]

I'm having my exam next week on Monday, Thank you for time invested in providing us with this content Sir !

[tgznpef]

You are the best at explaining this series so far !Thank you

[joseemarnson]

I like these keep up Africans we can .Actually your explanation os wow!

[kyator]

I remember Fourier Series with Nostalgia.I enjoyed doing Fourier and Laplace transforms sometimes in the late nineties.

[puremaths]

100 times better than my so called lecturer

[kingkabester]

Best explanation ever, he made everything quite simple

[kobilodan]

The explanation is so good to me, thanks sir for content delivery

[natureworld]

Looking for someone who is well versed on the electrodynamic version of hertzian dipole antennas

[ositajohncross]

What is the value of that C used as the lower limit of the integral

[danieltuitoek]

add different first orders and second
lapse transform

[puremaths]

Hello sir in ur formula we have a sub 0/2 but in ur working we have 1/L so can I know plz why u ignored that 2