discrete fourier transform(DFT)|Discrete Fourier Transform with example

[@adityasharma4481]

WOW! Just WOW. Amazing Ma'am, No bullshit, straight to concept explanation and what better way than an example!

[@EasyElectronics_jobupdates]

thanks alot

[@learningneverends2831]

Same here

[@normieking8151]

@@learningneverends2831 ja na lauri

[@dpgamming7544]

@@normieking8151 😂😂

[@sh_i_ni2891]

With example its easy to understand... thank you mam for your excellent explanation ❤

[@rishikeshmiriyala4589]

Thank you ma'am for making me understand in such a simple way 👌🙏

[@filmlovera5880]

Good Explanation...Madam....
Some teachers are here, that they can teach in a way that everyone can understand...and that's you madam...✨

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[@abinavtiwari5013]

Aap jaisa koi nhi padhta

[@inquisitiverakib5844]

By my finger 1k👍.
And you really deserve this

[@GeraltOfRivia69]

Thanks a lot for such short and concise video

[@you123213]

Thank you for explaining DFT with an example.

[@namiemeez]

Thanks for this explanation!easy to understand

[@hvkeee]

Good voice n teaching

[@gauravkumargupta9622]

mera 15 min me exam hai aur kya gzab padhaya aapne

[@sweetlifeishappiness]

Superb mam loved it
नमो सरस्वत्ये नमः 🙏🏻

[@mostafaghaderi3357]

Brilliant job .Thanks

[@mudavathravi7238]

Making me to understand the concept . Gud explaining step by step easy to understand

[@prathameshkodgire8642]

thanks

[@softwaresolutions3111]

Thank you so much mam. Keep creating such greate contents. Really nice way of teaching. Love you mam

[@artifier8097]

Misse Dsp pass ayii.. Thanks a lot🥰🥰🥰🥰🥰🥰

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Ente jeevitham dhanyamayi. Juniours inu channel share cheyane. Pleaseeee

[@artifier8097]

@@EasyElectronics_jobupdates sure misee🥰..

[@yashcontractor5355]

thank you maam very easy to understand by your teaching . exactly as it is

[@EasyElectronics_jobupdates]

Welcome 😍

[@sivakrishnayadala3277]

Clear cut explanation mam marvelous 👌👌

[@pokchik123]

Wonderful explaination, thank you

[@ogcamargo]

Thanks !
excellent example

[@TekCroach]

Simply too excellent!!!!

[@EasyElectronics_jobupdates]

Glad you liked it 😊

[@cortexa100]

Your explanation is amazing wish I could support in more ways than just subscribing.

[@EasyElectronics_jobupdates]

😍

[@TEAMYALA]

Hello.. If i am analyzing a sound wave of real data. How could i choose my sequence of values x[n]?

[@7Amitrai]

Ma'am amazing explaination

[@aniket6364]

Nice !!
Really helped

[@swapnilchilwant6867]

Thank you so much ma'am..

[@venkataramanapokala6584]

Concept crystal clear madem

[@EasyElectronics_jobupdates]

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[@suneelpaidi7698]

this is the only video I watched from your channel and you got my subscription , thank you MADAM . your explanation is too good .

[@EasyElectronics_jobupdates]

Thanku

[@killer-mi7il]

🙏🙏🙏🙏🙏 Thank you so much mam❤❤

[@riddhesh26]

Simple explanation. Great work.

[@ndndjdwn12]

mam one question hai Radix-2 DIT-FFT ko ham simple fft-dit bol sakta means same hi hai na ?

[@abhisheknegi6153]

Thank you mam...🙌🏻🙌🏻

[@parimalaeswari888]

Ma'am pls explain whats the use of dft in image processing

[@rameshnarayanan8281]

Thank you ma'am and super teaching ma'am

[@chiraagarunkumar5691]

Thank you ma’am!

[@KARUNAHKEC]

Incredible teaching ma'am

[@jomonjoseph4695]

Mam, which circuit can be used to substitute the dc voltage and current for steady state condition

[@Ruuuuu0o0]

how did u get 1-j and 0 from costheta-jsintheta eqn couldve explained it clearly

[@sudink.r6031]

Hello madam, Analog integrated circuits inte videos cheithittundo...??
Njn channel il nokkittu kandilla...

[@EasyElectronics_jobupdates]

Analog electronics und please look in it

[@hariskhan485]

good explanation

[@roshanyadav4459]

thnx mam

[@pritykushwaha9196]

Thank you ma'am

[@hvkeee]

Good pen also u hav chosen cello papersoft 👍

[@tamersaleh8042]

Thank you very much very clear and now i can that answer my homework

[@ShivaRam-sx8nk]

mam,here can we say that n=k..i mean u said same for their values..

[@sakthimathi1964]

Thank you mam

[@PoojaSahu-pg8jn]

What is the Fourier transform of imaginary even discret time singnal ??

[@subhadipsaha2667]

well taught. ma'am in order to acquire real values after fourier transform, Do I need to take modulus of the fft output ?

[@EasyElectronics_jobupdates]

Yes

[@gammachunamara3627]

your presentation is good but at X(k=3) the answer should be 1-j

[@abrahanshahzad1371]

I like the lecture

[@sreenidhiranganayaki7526]

Thank you so much madam....

[@EasyElectronics_jobupdates]

You are most welcome

[@hariskhan485]

what is variable j

[@JohnVKaravitis]

In the real world, the complex number results would get tossed out, right?

[@navenamurugaiyan3948]

Thank you so much mam

[@dorshettyganesh7117]

What is this method

[@MultiWarrr]

Late thanks

[@jayadevreji4630]

Thank you

[@kaursingh637]

excellent -please make paper little bright and clear

[@EasyElectronics_jobupdates]

Sure

[@zuniraabbasi4778]

Your explanation is good but don't you think answer for k=2 should be 1?

[@sridhar7317]

yeah my same doubt

[@tejprathap5398]

Superb mam tq

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Subscribe and share please

[@aasheesh_sahu]

😀

[@chintaphaniramavaibhav3714]

thank u mam clear cut one even in my college also it is not this clear mam

[@EasyElectronics_jobupdates]

😍

[@praneethreddy1601]

i got X(k=3) as 2 mam plz once check

[@abinavtiwari5013]

All in mam

[@venugopal-mi4pt]

Last part understand kalaydu madam

[@erukullaharshavardhan6198]

Tq

[@gudlurusaikumar3667]

Good

[@mithranmithra5165]

x(n)={1234567} x(2n) plz explain mam

[@laxmihosamani1908]

Tq mam

[@poonamyadavlogs]

Mam would you provide ur notes

[@chinnuithal3349]

Sorry its me chinnu.. Ur room mate..

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Enik manasilayedo, whatsup nummber mail cheyyu.

[@kumardigambar1664]

🙏🙏

[@abhishekyernagula2961]

Mam malayali yo?

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Athe

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@@abhishekyernagula2961 thanku

[@d96yt4]

Mam i will fail tomorrow

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[@cursed_nerd]

Love you lady, wanna go for a coffee

[@sivakrishnayadala3277]

Clear cut explanation mam marvelous 👌👌

[@bedantasaikia9951]

Thank you mam

[@banwaribairwa6877]

Thank you ma'am

[@kingamit9489]

Thank you mam 😊

[@RLDacademyGATEeceAndAdvanced]

Good