how to get the Fourier series coefficients (fourier series engineering mathematics)

This happened to be the first time for me to understand this furrier series. Thank you abundantly, sir.

youre the best!!!!!!

"MY PS5 WONT LEAVE ME ON RED'

Wow, 😲

King of Fourier.

I guess N is now the n-word for maths, everyone avoids it with Z+

Cos(-pi*x)=cos(pi*x)

Just imagine this: Josehp Fourier got really excited after he discovered the Fourier Series, he ran to his wife to proclaim his mathematical breakthrough, and his wife said: " That is great honey, now go change the baby's diaper.".

best math teacher ever

I'll always say it 0 has got to be my favorite number, it just makes things easier

Bro you look so happy teaching math, i wish professors and teachers would also have the same passion and love for teaching and solving math problems

Your energy altered my mood too, i was so stressed
Thank you so much for everything

With Love from syria❤

Clear and concise! Excellent, thank you!

Thank you sir form India 🇮🇳

I started to learn Fourier series. I studied for about 3 hours, an extremely brief intro, the calculations were very easy but what were the intuitions behind it? I thought I would never know. Then, this video appeared, thanks Sir.

Great video. You explained it in a really nice (completely perfect I'd say) way and I enjoyed filling in the gaps with the double angle formulas and stuff.

why are we getting amx pi instead of summation of amX pi from m=1 to m= infinity?

Thank you! ❤️

fucking calc 2 man, i swear imma kms before the end of this semester

Sir I didn't understand m=n and m=|n case

this guy is literally became my math teacher
appreciate your teaching

Best explanation 😍😍😍😍

Although I have already learned Fourier series, your explanation gave me new inspiration😀

I have 15 years temperature data. I want to remove seasonality variation from the time series data, so how can I get the constant term ao, the amplitude and the phase change by using these given temperature data? thank you

Can you do a video that shows how to go from the Fourier series to the Fourier transform? Thank you so much!

Thanks

Great presentation.
Have a better understanding of Fourier series now. How this man came up with the series and transform is beyond me.

amazing . love it

thanks, the vids are addictive

Thank you. But I have a problem to solve on Fourier series on doubly period sequences. I would be grateful if you can assist me with that. Thank you.

Suppose $Tx = h*x$ with kernel $h(j,k) = [1,-1]$ (with all other coefficients =0) and that.\\

\[x(j;k) = \begin{bmatrix}\\\\
\hphantom{000} 1 & 1 & 1 & 1 & 1 \hphantom{000}\\
\hphantom{000} 0 & 1 & 1 & 1 & 1 \hphantom{000}\\
\hphantom{000} 0 & 0 & 1 & 1 & 1 \hphantom{000}\\
\hphantom{000} 0 & 0 & 0 & 1 & 1 \hphantom{000}\\
\hphantom{000} 0 & 0 & 0 & 0 & 1 \hphantom{000} \\\\
\end{bmatrix} \in \mathcal{R}^{7x7}\]
%
(zero padding sorrounding the image in the center).\\
What is $H(m,n) = \mathcal{F}_{7x7}(x)(m,n)$ and how is it applied to $X(m,n) = \mathcal{F}_{7x7}(x)(m,n)?$

the best way to think about this and get a true and deep understanding about it, is if your approach it from a linear algebra point of view. the key to the whole thing is inner products and they will solve all yo' problems

Thank you so much. You explained it really really well.

I don't understand

I am an Indian🙏🙏 and I really like the way of your explanation ,👍👍
it was just....wow.....👌👌

Great work

Explained it quite easily

Great teacher, I can now derive Fourier coeffients, thank you so much

well explained!😊

My best lecturer

This is so fun. Great presentation!

Thank you so much!!!!!!

You are a lifesaver ily 🤍

youre the best

Love this guy's channel. never stop holding that mic and saving my degree. big love from England

Hello. I don't know if you'll answer this but I would like to know if it is ao or ao/2. I have been confused about that. I don't know the correct one. Please help

thanks man, amazing

thanks man, amazing

Multiplying by Cos(mx) ?
I asked Fourier, he told me asked bPrP!