At x sub zero or "x not" as you say, I see that the fourier series converges to half the sum of the limit of the function f of x to "x not" from the left and from the right. But I don't understand why the fourier series oppraches that value as the function approaches "x not". If we go a certain distance away from "x not" in the example the graph is continuous, so shouldn't the fourier series lie on the graph? Thanks for the lecture.
XD..tape rolled out
invaderjmgjerwin 1 week ago
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invaderjmgjerwin 2 weeks ago
CAAAAALM YOUR BAAAALLS, no one is running after you!!! or maybe wanna pee? PAUSE IT AND GO then come and talk SLOWLY PLEASE
khalidwalankar 1 year ago
@khalidwalankar man, he is doing this for free, Apprieciate his noble work, It s us who need to listen carefully
AryaSravaka 6 months ago
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Convergence Theorem
Cdonyleefood4Thought 1:03
Convergence Theorem
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DoubleDutchBust 2 years ago
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Convergence Theorem
Cdonyleefood4Thought 1:03
Convergence Theorem
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DoubleDutchBust 2 years ago
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Convergence Theoremesee
BrokenrefriDgeratordonyleem
Theorem Of a Fourier Series
VirgongdOnyleeseanKgraysg
NoitcnuF
Function
DoubleDutchBust 2 years ago
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Convergence Theorem of a Fourier Series
DonnyLeeyesterdaywithpurpleflowerstampiFourier Analysis 8 13.95 1:13
DoubleDutchBust 2 years ago
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Edward-yes
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Convergence Theorem of a Fourier Series
DonnyLeeyesterdaywithpurpleflowerstampiFourier Analysis 8 13.95 1:13
DoubleDutchBust 2 years ago
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AllahinakadarAdanali 3 years ago
fourier series is still so confusing.....
I read a lot of books
still a lot of that i don't understand
peonyguo 3 years ago
Try reading paul's math notes. Maybe that would help.
Ganjin88 2 years ago
@Ganjin88 bullclio01 's channel..so good for calculus 3. Donylee thanks gre8 wrk
AryaSravaka 6 months ago
At x sub zero or "x not" as you say, I see that the fourier series converges to half the sum of the limit of the function f of x to "x not" from the left and from the right. But I don't understand why the fourier series oppraches that value as the function approaches "x not". If we go a certain distance away from "x not" in the example the graph is continuous, so shouldn't the fourier series lie on the graph? Thanks for the lecture.
bluesrunthegame 3 years ago
I think he's saying x nought, just btw...
in00bee 3 years ago
thanks, the lecture is great.
btw, are you talking like that on purpose?
haha great videos though
en14vn 3 years ago 4
Great videos, good job man, u rock.
shinigami0018 4 years ago