How To Find The Fourier Series Of Even And Odd Functions

1 год назад

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In Mathematics, even functions and odd functions are functions which satisfy particular symmetry relations, with respect to taking additive inverses. They are important in many areas of mathematical analysis, especially the theory of power series and Fourier series.
In This Video, You'll Learn
1. How to Sketch a graph
2. How to Determine Even and Odd Functions
3. How To Solve for Fourier Series Coefficients
4. How To Integrate Fourier series
5. How to Solve Questions on Fourier series
6. How To Find the Fourier Series of f(x)=1-x
7. How To Find The Fourier Series of f(x)=1+x
8. How to compute and derive a series or formula for π²/8
9. How To Find a Series for pie squared over 8

#engineeringmathematics
#avitechmaths
#avitechnologies
#fourierseries
#fourier
#evenfunction
#oddfunction
#ema382
#advancedcalculus
#calculus

Тэги:

#Even_and_odd_functions #Fourier_series_engineering_mathematics #even_and_odd_functions_|_thomas_calculus_|_fully_explained #even_function #even_functions #fourier_analysis #fourier_series #fourier_series_engineering_mathematics_3_regulation_2017_tamil #fourier_series_examples #fourier_series_examples_and_solutions #fourier_series_expansion #fourier_series_lecture #fourier_series_odd_and_even_function #fourier_series_tamil #testing_for_even_and_odd_functions #KNEC

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Комментарии:

Lambert Junior - 14.11.2023 00:23

Gracias avi 👏👏👏

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Rui Fernandes - 07.11.2023 19:33

since your period for determination goes from -pi to pi -> 2pi why is it that you used pi in the formulas for the period? The final values, i believe, should be halved because of this. For example If you pick your determined value for a0 and do that: (2+pi)/2, you have the average value of the function, that is what that coefficient represent.

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Verified Danny - 01.11.2023 22:02

This video is soooo detailed

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Bello Balikis Adedoyin - 25.10.2023 17:33

Am a female ❤thanks for this

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#Justine thee word giver 💥 - 19.10.2023 10:16

I'm a male too but gonna subscribe

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Raphet mweemba - 19.10.2023 09:27

You're powerful 💪❤️❤️

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seno hannington - 28.09.2023 23:51

Woa thanks Soo much brother for the brilliant lecture I have understood even and odd functions well than before 🙏🙏🙏 Blessings follow you

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Nizam Taleb - 16.09.2023 08:19

It's a joy watching you go through your explanations! Keep it up!!

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SAMUEL KAMTANDE - 14.09.2023 13:03

Very good explanation ❤

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Abdul Aziz Mumin - 26.08.2023 00:37

In fact I like this your tutorial you are one of the best.

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Amarachi Njumobi - 22.08.2023 13:02

I'm female too... and I am definitely going to share this videos with others having problems with Fourier series... because it's the best I have come across so far😊

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Amarachi Njumobi - 22.08.2023 12:29

I'm female too... and I am definitely going to share this videos with others having problems with Fourier series... because it's the best I have come across so far😊

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