EULER'S THEOREM IN PARTIAL DIFFERENTIATION SOLVED PROBLEM 9

[@rakhipal3786]

Aap har complex problem ko easily way mai explain.... Kar dete ho .....sir .... Thanks sir ...good job sir...

[@manisahu3872]

Very very helpful it was for my sir, excellent

[@theprajapatii]

Best teacher in the world. love you sir ❤️

[@dr.vikashyadav8443]

Sir aap daily class lo plz excellent work sir

[@No_name23452]

Mind blowing sir thank you very much

[@sunilgouriassgtr8909]

Totally great ..... super .simple ..method sir ..thnk u so v much

[@gamingtrivia505]

Excellent teaching sir🎉🎉

[@jatinsatyam6852]

Very very helpful it was for me for tomorrow SEM 1 exam Thanks sir for always being there for us We are grateful for your teachings

[@siddu_420]

Superrb sir nice explanation 👍🏻

[@Anurag-u9t]

Ek no. Sir maza aa gya

[@AnilSharma-qn2uz]

It is most important question

[@sharma_tanvi21]

Great explanation sir 👍🏻🙏

[@ShekharShekhar-sr6mr]

Aap ke salutation se meri problem solve ho gai thanks sir 🙏🙏

[@hritikroshan7587]

It is really helpful ......the explanation was great !!!

[@luxmansingh6177]

Great sir 🙏🏻🙏🏻🙏🏻

[@omiobairagi6816]

Very very super easy understanding

[@mourajdhwajsinha6652]

Great sir...

[@shivpujansingh1053]

Beautifully explained ! Thank you so much sir ❣️

[@adityarawat9973]

Sir please upload differentiation equation second order equation. please upload 🙏🙏🙏🙏🙏

[@video_creator78628]

❤❤❤ bohot mast samjhate ho sir aap

[@khyatit6528]

pw should take him for maths(especially first year) in college wallah soon. it was very helpful sir. thank you so much for it.

[@Arthsinghnita]

Exactly

[@ShekharShekhar-sr6mr]

Thanks sir

[@Kamaal-k8r]

Life saver

[@vinaypahalwan4052]

Thank u so much sir

[@jayshreekrishna8604]

Your teaching is

[@einstargamer]

Sir aap cha gye hai

[@RoliSoni-b8s]

Nice ❤

[@mabiormayiol-ey7yb]

Nexts week exams confirm ❤❤❤ thanks sir

[@dhruvsoni9453]

sir aap bol rahe hai ye quetion bahut par pucha jata exam mai kya aap aktu exam ki baat kar rahe hai ?

[@amolgawade5140]

Love you❤❤❤ sir

[@imp_self_notes]

Thank you so much sir........ye question meri tutorial me h .....🤗

[@Avinash_Gaur]

😮😮😮😮😮

[@mehaskhan2774]

Thank you very much sir.

[@spalzendolma4626]

Change of oder of integration ...pa video upload Kar do sir plz

[@কৃষিস্বপ্ন-খ৯ছ]

Tnx,,,,

[@priyanshu7206]

Jaibabaki❤

[@mohdsultan601]

Thanks a lot sir

[@luckytiwari8097]

@tikle's why we can't use just deduction formula of Euler's theorem

[@mehaskhan2774]

From 🇧🇩🇧🇩🇧🇩

[@vers_artist8078]

Sir we can also use SinA-SinB formula for the last one😀

[@AryanKumar-ji6mb]

Sir can't we directly use sin a - sin b formula in 2nd equation to prove the 3rd one? Result will come in one line

[@muskaanyadav29]

yes you can even i did the same way

[@FaizanKhan-rg6xn]

U have some important of math plz share me

[@dipeshsenchury9731]

FROM🇳🇵🇳🇵🇳🇵

[@chambresh1371]

Sir total differention chapeter

[@drawingisfun8604]

Sir y/x ki form m degree/power bhi toh same honi chahiye 7:29

[@jaishree1837]

Thanx sir

[@MechanicalGuy]

sir green,stokes n gauss divergence theorem ke problems solve kra dijiye

[@SheetalAkhila]

u = det of (111, xyz, x^2 y^2 z^2) , show that ∂u/∂x +∂u/∂y + ∂u/∂z=0 | Partial differential .. please explain

[@realdas1998]

Sir ye wala question solve kr ke do If u=x²y²/x²+y²,prove that x*d²u/dx² +y*d²u/dydx =2*du/dx

[@shaikjashmen1976]

Sir I have (1-4sin^2u)sin^2u instead of sin^4-sin^2

[@shaikjashmen1976]

sir Please explain now ..

[@AbhishekKumar-ph4gj]

Use formula of cos2u that is 1-2sin^2u put in place of cos2u and solve answer will come

[@AbhishekKumar-ph4gj]

@@shaikjashmen1976 formula is 1-2 sin square u

[@DeepakTayade-bc3uy]

majalA ka re lVDUU