Eigen Values and Eigen Vectors | Diagonalization of Matrix |Matrices|Linear Algebra|Lecture 06|Part1

[@siddheshpawar4714]

रौशनी बनकर आए जो हमारी जिंदगी में,
ऐसे गुरुओं को मैं प्रणाम करता हूँ.
जमीन से आसमान तक पहुंचाने का जो रखते हैं हुनर,
ऐसे Teachers को मैं दिल से सलाम करता हूँ.
Thank You Sir ❤❤❤ Full Respect

[@GayatriNangare-r4v]

Sir plz M*-1 nahi samja calsi se nikalnee ko

[@saishogale2482]

Paper nikla kya??

[@lalit18608]

wo inverse hai. M inverse
But sir ki trick direct follow krlo. Just solved within seconds, otherwise formula thriugh sove krna odega

[@visiblegamer2036]

Sir 1No ❤🎉❤🎉❤🎉❤🎉❤🎉❤🎉❤🎉❤🎉❤🎉🎉❤🎉❤

[@HemantSaini-pv2ut]

Sir aap goddd ho...bs yhi bolna hh

[@aryandahatonde007]

Very helpful lecture sir..!! The best 💥💥 ✌🏻 thank you so much sir for teaching eigen value and eigen vector in very simpler manner ...😊

[@Premjeetyadav76]

Thanks you sir 🙏🙏🙏🙏🙏

[@niladrighosh8253]

Sir is jacked now 💪💪

[@vanshsingla9721]

Thankyou sir for this amazing lecture ❤

[@johnnysins3875]

Thank you sir ❤

[@Pavan37373]

Thanks for all your efforts for us❤😇👐

[@Zbraj3]

Sir
Humesha ki trh aj ki video mein bhi bht achy sy concept clear hoay.
Thanks sir

[@sohamcreation5665]

অসাধারণ

[@Innovatorj]

Thank you sir

[@Dipayan21485]

Thank you so much sir

[@Tejas-s3u]

Super Sir

[@prathams7432]

I love you Sir

[@MRSKBCREATOR]

Hello sir, BTech 1'st year ke engineering physics ka playlist video send kijiye.
As per new syllabus 2023-24

[@ashutoshkumarsinghmechanic7549]

Sir sequence and series pe bhi video banaye.

[@anushkabanik7598]

sir pls Vector Space er Basis topic and linear transformation topic chahiye for makaut university

[@sardaarji191]

Any PTU student attendance here🥲🥲

[@ChikunParida-yk7lt]

Mathematics legend 🫡🫡

[@theraymondmovies4020]

Thank you sir
Sir m MGSU BIKANER ka student hu
Aap bahut achhaa pdate ho❤

[@AdityaSanap-dl3el]

sirjiiii 💗

[@Podcast_iiii]

Sir M Means transforming matrix hai kya

[@SambondhiShinde]

Calsi vrti find krun dkhva sir sir last answer...

[@slav5201]

Is this applicable for 2x2 matrix?

[@shubhamdharpade3712]

Sir Lamda ki values 1, 2 , 3 aati hai

[@sahsonu9015]

For lambda =3 ki values different hae

[@flower4787]

Sir I tried taking the value of D by Matrix multiplication but the last row is not matching

[@girishranjan1220]

Sir please complete Special Functions chapter 🙏🙏
Legarande
These are the topics missing:
Improper Integrals for one variable, some test for convergence of improper integrals, Radius of convergence of power series,
Legendre equation. Legendre polynomial. Recurrence relations and Orthogonality property of Legendre
polynomial. Bessel’s equation, Bessel’s function, Recurrence relation.

[@RuhiKarn-r1p]

Sir konsa vedio m diagonal ka minurs nikale hai nhi mil raha hai kisi ko pta hai to btaoo n plz

[@divyanshithakur4253]

yes...last ki 2 videos jinme humne lambda ki equations me S2 use kiya hai...vo minors ka sum...
similar to determinant but with respect to diagonal

[@HDmovie455]

Sir please road map dooo please my request 🙏🙏 for polytechnic 1st year

[@sudarshandand811]

sir nhi ata calcy use karna.
aap please bna do video.

[@sardaarji191]

Only beneficial if watched previous videos of him on this🕺

[@znozeditz1779]

Any SGTU student here

[@SagarhjSagar]

M1 class we wwant😢

[@SachinSingh-nm1ok]

Basically I am from IIT Bombay

[@PrathmeshGavande-i3f]

-11+14-7☝️

[@anandpatil5454]

Kya koi dbatu University se hai ye topic nahi hai syllabus me

[@AryanChavan-q5c]

can someone explain me s2 = ???????

[@mdhariskhan4573]

S2 is sum of minor of diogal elements of A matrix

[@mdhariskhan4573]

Hii

[@saurabhchaudhary3157]

Hello sir

[@pradeepgiriacademy]

Hello

[@mohammadashif773]

Hlo IETian Dbrau

[@mrsciencekd9982]

NiT attendence here

[@Tejas-s3u]

Super Sir