legendre differential equation (hindi)

[@Eduphile]

At 35:36 it should ( 2n+r+3) instead of (2n-r+3)
Aur iske next step ma denominator ma (2n+3) hoga (2n-3) k jagah pe
aur a4 ma (2n+1) k jagah pe (2n+5)

[@anchaltiwari5183]

Haa

[@praveenpandey1286]

Sir please do correction

[@RajdeepVerma-l7b]

Koi baat nhi Sir 😊 thank hum correct kar Lange

[@maneemahanandia8374]

Great explain sir really very helpful for physics Department student i am from physics Department

[@Eduphile]

Thanks. Keep Growing 🤗

[@niloynayan2994]

So you'll be dead by the end of the year of bachelor

[@s.singrole9468]

Very understanding explanation sir great ❤❤❤

[@s.p815]

Such a good explanation from a few resources.
Thanks to you sir💯

[@Spacekt67]

25:22 (m-r-n-2) hoga sir
And great explanation

[@Eduphile]

Thanks for your feedback

[@khanmaryam_0968]

Thank you so much sir great Explination,👍👍👍

[@Eduphile]

Most Welcome. Keep Growing

[@pathseekers123]

Very good explanation all got into my mind

[@Eduphile]

Thanks 😊

[@TanmayDas-t6z]

Thank you so much sir ❤❤
You are a legend

[@Eduphile]

Most Welcome 🤗

[@infinite_soul_09]

Solve the following Legendre differential equation by changing it to a hypergeometric
differential equation

[@Rudraksh7777]

Sir Green function pr video bna sakte hen? Immediately

[@kairasingh7372]

Nice Explaination Sir

[@Eduphile]

Thanks. Keep Growing

[@EvolvingToday]

Amazing 😍🤩

[@Eduphile]

Thanks. Keep Growing

[@nationalmusicmelodies]

Thanks anot sir nice teaching

[@Eduphile]

Most Welcome. Keep Growing

[@ranadas6952]

Sir kon function mein increasing or decreasing lenge kayse pata kare

[@nachiketakumar9645]

Application ke sath samjhaye 👍

[@Eduphile]

Thanks. Keep Growing

[@asimsajjad101]

how to prove that P_l^x(x) i. e associated Legendre polynomial is the solution of Legendre equation?guide plx

[@Eduphile]

I shall try to create a video on associated Legendre polynomial

[@asimsajjad101]

@@Eduphile will be thankful if u did it

[@insane0715]

Sir can u plz upload the pdf file of this leacture also 🙏🙏🙏

[@noshinaamanullah524]

Can you please make a video on solution of associate legendre equation by power series method? Please.....

[@RajdeepVerma-l7b]

35:37 me sir 2n +r +3 hoga

[@ShubhamDhobi1]

हेलो eduphile मेरा आपसे प्रश्न है;
d²y/dx² को कुछ लोग d square y by dx square भी पढ़ते है जो की मेरे सर के हिसाब से गलत है, पर मुझे ये जानना है की आप ने ये किस किताब में से पढ़ा जिसमे इसे 'd two y by dx two' इस तरीके से पढ़ा जाता है? please comment में बताए।

[@Eduphile]

Humare sir ne Aisa bataya tha

[@komaltiwari1495]

sir apke vedio bahut helpful hai

[@Eduphile]

Thanks.keep Growing

[@Deepvika-97]

Just wow🔥

[@akhileshvishwakarma6560]

Sir ham legenders differential equations padhte kyo hai? Please reply 🙏🙏
Kya jarurat hai iski

[@akhileshvishwakarma6560]

Sir ji bata dijiye 🙏🙏

[@SurajTiwari-sm5ps]

Kuch nahi Bhai ye video Puri dekhne kai baad toh mughe chakkar aa gya 😂

[@amritsagarkar7899]

It's use is there in electromagnetic theory and Schrodinger equation for H atom

[@techmotivation3927]

thanks bhai maine insta pe isi ke liye bola tha

[@Eduphile]

Haan. Most Welcome 🤗

[@techmotivation3927]

ab lge hath kapler planetry law of motion v bna do bsc 3

[@physicsstudent2180]

Thanks Sir 😊

[@Eduphile]

Most Welcome. Keep Growing

[@anchaltiwari5183]

Thank you so much sir

[@vivekshrivas5408]

Sir where r u from?

[@Eduphile]

UttarPradesh se dost

[@vivekshrivas5408]

@@Eduphile me also but where in up

[@user-mi9lj8nf7w]

Sir 2nd kind ke liye a0 ki value n!/1•3•5••••(2n+1) hoga

[@Eduphile]

Thanks for your feedback. Humne upar comment ma bataya h usse check kare aap

[@viralteachingsumit]

Iska polynomial aur orthogonality wala v daliye sir ...1st sem me syllabus me h

[@Eduphile]

Orthogonality Ka video available h aap check Kar sakte h

[@user-mi9lj8nf7w]

Sir please associated Legendre polynomial par bhi lecture banavo

[@Aman-jt9es]

Sir leguerre differential equation and hermite and rodigue differential equation bhi daal dijiye jaldi se

[@Aman-jt9es]

Please sir 🇮🇳🇮🇳🇮🇳🇮🇳❤️

[@Eduphile]

I shall try. Aap Bessel differential equation pe video h use check Kar sakte h

[@tejrampradhan6404]

Sir x^m-r kyu liye, x^m+r kyu nahi

[@chandrakantaojha1171]

Nice video but sir in denominator Apne galti kar diye +r ke bajaye -r likh diya he so vahan Se Sab Galti Ho Gaya so please change this video or correction it

[@Eduphile]

Yes. Thanks for your feedback.
I will change it after completing Laplace transform

[@Eduphile]

Also check other videos like Hermite , Laguerre, Bessel

[@chandrakantaojha1171]

@@Eduphile ok sir

[@chandrakantaojha1171]

@@Eduphile ok when I study it while definitely check it bt now I am reading Rodrigues formula. Sry bt Sir aap is formula ka video banaya hai kya

[@chandrakantaojha1171]

Plz sir ise video ko banao plz

[@user-mi9lj8nf7w]

Thank you sir

[@Eduphile]

Most Welcome. Keep Growing

[@ABC-jk7yg]

thanks sir

[@Eduphile]

Most Welcome. Keep Growing

[@Pinki_rai011]

Sir isi ko elementary ideas of associated Legendre kahenge

[@Eduphile]

No

[@Pinki_rai011]

To phir sir

[@raoadeel67]

Tnx sir ☺️

[@dimplekumari9529]

Sir Rodrigue's formula pe video bnaye

[@Eduphile]

I shall try

[@dimplekumari9529]

@@Eduphile yes plz mere exams h 2 din me

[@Bhagvatikashyap23]

Sir second kind of legendre ewuation ke dominator me mistake hai.. 2n- r +3 ke jagah 2n + r + 3 hoga

[@Eduphile]

Ji Haan , upar pinned comment ma mention kiya h

[@satishkumar-mv7pn]

Sir please fokker-plank equation ka topic ka vidio upload karein plzzzzzzz........🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@Eduphile]

I shall try

[@KRISHANkumar-dp2qw]

Sir four different equations ki pdf bhej sir

[@devenderindora4097]

18:8 par chutiya kaat de ya sir

[@khanzofficial344]

Kch smjh ni aya💔

[@swetapanda5134]

Thanks sir

[@Eduphile]

Most Welcome. Keep Growing