Fourier Analysis 1: Definition of the Fourier Series
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Uploaded on Oct 9, 2007
We begin our study on the work of Joseph Fourier (1768-1830) with the definition of the Fourier Series - a way of expressing functions as infinite sums or integrals or trigonometry functions.
Please check out www.gaussianmath.com for a deeper look into this or other mathematics topics.
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Top Comments
phil956 1 year ago
ive never seen an Asian on cocaine
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vasquen 1 year ago
6:00 - 6:07 - Mind Blown
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Video Responses
All Comments (364)
Aravind Ravi 2 weeks ago
For evaluating the coefficients we wrote that f(x)= the fourier series. So didnt we make an assumption of convergence of the series over here..??
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kleins2049 3 weeks ago
This guy would give Tai Mai Shu a run for his money
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Xrhstos Stan. 1 month ago
what just happened?
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hueance 1 month ago
what the hell man you are talking too fast unnecessarily which defeats the objective
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fearlessreview 1 month ago
At ~8:40 Why doesn't Bn equal 0 since its an integral of sin*cos? not an integral of sin*sin
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Joseph Tran 3 months ago
Its been done. there is a paper explaining it online. try and look it up. I saved it somewhere, ill try and find it and repost
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qwerty7778 4 months ago
This guy should try selling the Fourier Series on a midnight infomercial
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Munraj Sembhi 4 months ago
agreeed. i feel like passing out :/
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Emperor Li 4 months ago
thank you!
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ZEROgring0 6 months ago
Its sad that I can understand him much better than my professors at school..
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