fourier series | easy solving method

[@rahulgoyal6737]

Exactly the same teaching I was searching for.

[@saffiullah9080]

SIR THANK YOU. You are a life saver.

[@YPmath-dot-com]

happy to help, pls share this video with friends. best regards,

[@soulofknightky9441]

Hi sir your video is great. I do feel that you teach more better than my teacher. My teacher talk 3 hours I dunno what he is talking. May I request you to guide me on this maths assignment? I really am stuck with this problem. I would greatly appreciate if you could guide me, because I really do not know how to start this. Question: A function f(t) is defined as, f(t) = π - t for 0 < t < π Write down the even extension of f(t) for -π < t < 0. Determine the Fourier cosine series, and hence, calculate the Fourier series approximation for f(t) up to the 5th harmonics when t = 3.010. Use as least 6 decimal places for π. Give your answer to 3 decimal places. Write down the odd extension of f(t) for -π < t < 0. Determine the Fourier sine series, and hence, calculate the Fourier series approximation for f(t) up to the 3rd harmonics when t = 2.764. Use at least six decimal places for π. Give your answer to 3 decimal places.

[@Xavaxify]

From mth217? I am totally lost during lessons too! HAHAHA

[@nishant.holkar]

Thanku Very Much Sir. Kaash pehle dekh liya hota aapka Video.. Kl exam hai. aaj dekha to Clear hua ab.. thank You sir 😊

[@pianomax9244]

Great sir fantastic explanation

[@balamurali5759]

G.mor., brother, very good explanation, it's very useful for me thank you

[@YPmath-dot-com]

Oh great , best regards pls share with your friends

[@monikadhanwal9870]

Very nice sir..... teaching way is so beautiful... thanks sir ..

[@romaisasalman8725]

sir you saved my semester please upload more videos :)

[@dheerajdexterous8929]

The style of teaching....🥰

[@samuelanandmuthyala8380]

Thank you sir. You are telling the basics also also While you are teaching.

[@factsandquotes2585]

Thanks a lot ❤❤❤ I like the way you teach Made it simple to understand 😘❤

[@vaibhavmobileandaccessorie1174]

your teaching way is really nice. sir. keep it up so fast. and concentrate on important things. really great

[@bapujidas1508]

Sir!! You still teaching in sinhals classes (powai branch). One of your student ✋ loved to see you again sir..you doing really great work!! ❤

[@ashw730]

U r my hero for fourier series... my lecturer took more than amtwo hours to explain this. But you took 10 mins. u r my super hero tks man.

[@ashw730]

9:21 isnt it a +?

[@ashw730]

Yogesh Prabhu tks...😊

[@pretimaheshwari7844]

Sir you please use HD camera! Thanks

[@sheilacherop9520]

Great!!Made it so much simpler.The last expression isn't clear though.

[@JIN-bz1sk]

U r amazing sir!! I love the way u teaches!!

[@dwigtr5274]

Sir, i have a doubt at 5:30 Isn't integration of product of two functions supposed to be (first function X integration of second) - integration of [ differentiation of first X integration of second ] ?? { X-> multiply }

[@gamerdio2503]

Yes. He's just solving the new integral in the same step.

[@Marques2025]

Reduction method

[@iamakii]

This video is very helpful. But where is the second part?

[@viperjahir8896]

We want partial differentiation of engineering maths please

[@jamesjaniel996]

Very well explained.........thank you..

[@atifbashir7229]

Nice way of explaining difficult concepts

[@PavanKumar-db4io]

sir plz done more videos . hence you have done great kob

[@prithhiranjankarmakar4052]

Very good video.....love it ❤❤❤❤❤❤ plz make video on odd and even function and furier integral as soon as possible.... Plz sir

[@sushmitapandey682]

Good explanation

[@thantluanga10]

Thank you for sir...so helpful

[@kothapalliseeshma7792]

Sir plz upload videos on Fourier integeral in complex form

[@YPmath-dot-com]

Noted 👍

[@venkateshmaddhikunta9656]

Thanks sir good explanation, Keep on doing Sir.

[@jeevanswain6585]

Sir i think the value of Bn that u calculated is wrong

[@radhan8995]

Good explanation sir thanku

[@mirry1994]

I did not learn the standart coeffevient of the fourier formula like that,.... it was like 1/t for a0 and 2/t for the an and bn why is he only using phi?

[@YPmath-dot-com]

There are other versions of Fourier expressions, if u have doubts you can reach me on watsapp at 9820006286

[@khethelomajoka5174]

Legendary 🙏

[@atifbashir7229]

Awesome bro

[@aru8193]

What if the limits are from 0 to 4???

[@Startechgamers]

Super sir 👍🏻

[@jaisonjoy4516]

Tanks sir

[@sathiyajith1472]

You are awesome bro❣️❣️

[@SanjayKumar-gu5zd]

It's good but what about deduction

[@saumyayadav8596]

What about period?? P=2L

[@anamikatamuli6527]

Thank u sir

[@marcossumanbharali8686]

Thnq so much sir

[@rajilakshmi9494]

Sir pls take trb maths class u explained very super pls pls

[@incharawalvekar3977]

Sir how to take limits like it changes to every problem

[@incharawalvekar3977]

Yogesh Prabhu does those limits changed for every problem

[@Marques2025]

Go for range of f(x)

[@paojobteam]

Happy class

[@منوعات-ت6ف]

ao= 5/4 pi ??!!!

[@asawarishete892]

👌😎sir.

[@akashverma3344]

Tricks kya tha isme sab to basic h aisa kuch batao jisme 1 orally ho jaye exam me.. short cut

[@aakashpandya4825]

Sir upload a video on vector integration maths-3

[@SouravKumar-fy8ff]

What's easy approach here ???? the same thing

[@pritam1047]

Kaha shortcut trick hai? It's regular method

[@harshvardhansingh6147]

🙏🙏

[@parthnayak8857]

Plz set cemera perfactly...... Upar kuch dikhai nahi diya

[@kashif_le]

a0 ka formula galat likhaa hyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy

[@LetvX]

Term work back rahe to kya hota he??

[@LetvX]

Term work Internal marks for SE back aya he....25 marks term work

[@sanjampadhi21]

❤ed it..

[@KaranSingh-fn9sz]

Cheeti likha h ky bord p bda likho

[@NicolasABZ]

Its incomplete.

[@rahmataliee3825]

Nothing

[@YPmath-dot-com]

!

[@umeshthakur3311]

Where is easy method? This is usual method.

[@youssefbaradi371]

The end cards !!!!! are annoying

[@kolibri5861]

i can't see shit

[@AS-jy2tj]

the value of Bn is wrong

[@AS-jy2tj]

Bn=1/n[-2(-1)^n-1],see the 3rd step of finding Bn(where you put the values of upper &lower limits),there are two Big brackets within the curly bracket,And from there,we take "π/n" common and place out side of curly bracket,Thus π canceled by π👍