Diagonalization of Matrix | Algebraic Multiplicity and Geometric Multiplicity | Matrices

[@gajendrapurohit]

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[@kushalkoutuk1912]

Bro I'm from Calcutta University
Now say it again 😂😂😂

[@ddvillagerff5658]

Legends are watching this video just before the exams😁😁😁😁😁😁😁😁😁😁🤫🤫🤫

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Yes bro 😅

[@blinkertwiit6677]

Me

[@TechTitan_official]

Yes 😅

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I am also😂😂

[@AmannamA.]

Bhai tu he hai legend khali

[@UNIS00]

Kal exam hai kya ???😂😂

[@arpita___priti]

Han bhai 😢😢

[@rupeshmishra-vnc]

Lv uuu sir, tqs for this series (linear algebra) I need it like oxygen.

[@riteshrk18]

Country also need oxygen 😎😭

[@shubhamtomar288]

It would be very helpful if you collect all your videos according to each semester , so that we know what to study without wasting time .

[@nishchayveer2689]

mehenat na karni padhe bhai :)

[@anubhavsingh2737]

Where I find these lecture notes ..? Have u know

[@jyotimali8363]

thank you so much sir for your helping😊😇

[@arpitpathak3226]

AWSm way of teaching......sir aap unacademy aur yaha dono jgha bhut jyda acha padhate h

[@shreyasparab618]

Sir Can you please make a playlist on integral calculas? I mean I am giving IIT-JAM 2021 with statistics and just using you videos. They are just on point and so easy to understand. I just wish you make videos on integral calculas which will help us to score more.

[@shahnajsaddam2016]

अतिसुन्दर

[@nikhilporea4571]

Apni mam ko ye lecture dikaunga ki esse smjhate h😂😂

[@karishmathakur2738]

You are fav sir

[@akashchaturvedy2677]

In the whole world no one is like you who can teach like you sir
You are my best and favourite sir
Thanks a lots of sir for uploading video sir

[@Devansh_math]

Bhot aasani se explain kr diyaaaaaaaaaaa❤❤❤❤

[@mansivisave3560]

Very awesome explanation sir I like u r video lots👍👍👍👍👍👍👍

[@accid1410]

Just superb .... Feel like our professor should learn from you how to teach...

[@nothadii1014]

2024 my kon kon dekh ra hai ❤

[@abundanceprosperity3361]

Thank you Sir after 10 days my Final semester will happen....I got the Idea Of Diagonalization Thank you Sir♥️Thanks a lot.....

[@rahimsayyed5670]

Chaa gai guru 🔥

[@xiscc-41suhaninair94]

Thank you sir for the clarification of doubts... Syllabus univ k teachers ne khtm nhi kiya.. Apke videos dekhkr syllabus khtm toh ho hi gya even practice bhi 3 times krna hogya... 100 problems = 1 solution (apka video sir). . With Respect by Jadavpur university (IT) 1st sem student 😊

[@akash3.141]

Make a separate video in short tricks to find matrix representation of a linear transformation.🇮🇳

[@MdMeraj-ky1bp]

Sir u r Great 💕💕 love from nepal

[@AditiVerma825]

Superb explaintion thankyou so much sir

[@ATUL-pd6mx]

12:05 sae start kr

[@AnkitKumar-pk8tk]

Or we simply find nullity
By
Nullity = Order - Rank
👍

[@fooditems9839]

Ur teaching style is amazing sir ❤️❤️

[@saheligarai4063]

Sir you are really God for me..today its Monday....my math is in Thursday...you are the man who are virtually revised me all the things ...you are helping me a lot sir.....my pronam 🙏🙏to you sir....

[@ALOKPATEL-zp4xw]

Sir it is very helpful for me.Thank's sir

[@Rakeshkumar-jf4ty]

Very very very very nice sir 🙏 🙏 🙏 🙏

[@zubairkhan-pi3wo]

Good explanation 👏 👍 👌

[@riturathi6956]

Thanku so much sir Ji 👍🌹🥀

[@manishshah1300]

Sir can we apply column transformation instead of row transformation ? And can we use both column and row transformation or only one at a time ?

[@depressedguy9467]

No we don't use column transformation, because while solving equations we will use augmented matrix

[@vikashpandey4221]

Best trick sir thank u sir and love u sir

[@YEJJUAKHILKUMAR]

love u so much guruji...

[@mathsrelated]

Thanks sir for making this type of video🙂

[@dimpudevi9152]

We all love you more sir🙏❤️

[@geetapandit6740]

Very good 😊 explanation

[@Amit-nt3ry]

Best helpful video

[@mathlovershravani..1888]

U r just awesome sir 😍

[@dhonddevameya2362]

sir agar det((P)=0 aa raha hai toh P ka inverse nahi aayega na? Fir digonalisable matrix kaise nikalenge??

[@sunitchouhan1156]

Matrix ke determinants pe nh depend karta...uske Eigen vector se jo matrix banti h uspe depend karta h...isliye ham independent vector dekh rahe h.....

[@sukantasahu4617]

Bahut achha laga video , thanks u sir
Gajendra sir is my frt online study ka

[@kanhAmad]

Great lecture sir

[@ashishshukla9081]

Very good sir and thank you so much

[@chaurasiyathanos1]

Last example inverse of p does not exist as determinant of p =0
So p^-1 ap does not exist

[@rahulmandal8753]

Thanks Sir jee

[@bikrambose2783]

Very helpful ❤️👍

[@shrawanswami3018]

Sir please kya aap orthogonal transformation ka video upload kar sakati h kya ?

[@ritikajaiswal3824]

I wish I had reached your channel earlier on... I wouldn't have hated mathematics then

[@hibafatima3927]

Awesome video sir

[@KratosGodofWar-ih4qi]

7:27

[@KratosGodofWar-ih4qi]

karke batao😂

[@ratnabanerjee4208]

Sir aap ek minimal polynomial and Jordan canonical form pe video banaiye na. Bahut help Hoga.

[@sandhyatripathi6666]

Thnkuu soo much sir it is very helpful ☺

[@sumitgirnar4496]

Thank You Sir!!

[@adityachavhan9613]

watching this masterpiece in 2023......🙌

[@sumanbachu4784]

Awesome teaching style 🙏🙏🙏🙏🔥🔥🔥

[@atharvadeshmukh6328]

bahooot badiya

[@radhak5340]

Thank you sir l need linear alegebra videos

[@Deepakkumar-gc2nv]

Sir analytic geometry pr video bnao please

[@Bigbullllll84]

Sir nowadays you are not upload videos lecture regarding topic i. e. real,linear,conplex etc.
Your videos are very helpful for students like me who are in college
So u request you to upload atleast 2-3 video lecture per week.

[@adarshsensingh]

good morning sir
Sir in last question the 2 eigen values are same so corresponding eigen vectors are also same , so |P| =0 , so how we find the inverse of the P matrix.

[@believer23335]

Sir.. You are just awesome!🤗

[@Monika_singh2699]

Thanks so muchh sir ji..... U r great 👌👌

[@riteshrk18]

Mazaa aaya 🙏!!!!

[@tabasummohiuddin4054]

Thank u so much sir...

[@infinityp3455]

Thanks sir for clearing the doubts in a correct way,

[@rajveersingh_]

So helpful sir. 🙏🏻

[@anamikabajpai6188]

At 24:29 there is same eigen value 2 and 2 and for diagonalizable matrix it is condition that all eigenvalues should be distinct then how this matrix can be diagonalizable?please sir explain

[@hafizaiqrajameel1931]

Thanks for informative video❤️

[@deeplaxmisingh1242]

Amazing lecture

[@rajanabeelahmed1122]

Love you sir

[@homendramaurya2476]

Sir please probability alll lecture

[@satyamsahoo9396]

Thank you sir.

[@ferdy7819]

roses are red
violets are blue
if the title is in english
why isn't the video too

[@babansahani9286]

Gooooood sir

[@Sneha_singhh]

Thanx sir....❣️🙏

[@zubairansari9939]

Please make a video for power of matrix

[@nikitarani7162]

Sir please Jam mathematics ko bhi padhane dijeye

[@khushibarash8486]

❤❤

[@upscpoint5074]

Sir last question mai apne betaya ki diagonalizable hai but kive because apne kaha tha ki " if A has distinct eigen value then it is diagonalizable" but last question mai eigen value.2 jo hai o 2 var repeat ho reha ta oo diagonalizable nahi hai

[@manishsachan2426]

Sir IIT jam ka poora course apke channel pr hai kya

[@rockingrajat5350]

Hats off❤️

[@s.rstudygroup]

Dsssb or htet k liye b h kya ye vdo sir?

[@yuvrajandatul1618]

Anyone from 1st year?

[@fahimimtiaz2153]

Dr Gajendra Purohit bohot acche explain kartehe

[@Physics-Math.]

Ap hamare liye bhagwan ho🙏🙏🙏🙏

[@vihansamvedi7939]

13:17

[@shalu4839]

Thanku sir🙏

[@gracefully9699]

Sir, whether yesterday announced September UGC Net includes CSIR Net Mathematics exam

[@maheshsingha5086]

what is a feild(?)?

[@bgmikingyt6726]

Jai Ho Sir

[@montasimmayimmouno8669]

From 8.15 the nullity part is hidden in the video.

[@montasimmayimmouno8669]

@gajendrapurohit see!

[@ramjiteshsuman8302]

Amazing

[@Mr.Nobody-00]

Arey mery bhai.. aap 🇮🇳 p charhen!!
Heinaa…!

[@5leafclover_]

If you are reading this comment , then stop reading it and start studying 💁🏽‍♂️

[@Xyzuniverse567]

Sir in last question , eigenvalues are not distinct, then also matrix is diagonalizable because of AM=GM .....how ?

[@abhaydewedi9857]

Exactly i have same question

[@abhaydewedi9857]

You got the answer of your quesn??

[@physicspoint3356]

Nice lecture

[@ashwinikumarbehera4885]

Sir apne to bola ki eigen value different honge then last questions me to same hy 1,2,2 ... This matrix rule ko satisfy nehi kar raha hy

[@nirajpandit6145]

Sir ko ek bhi dislike nahi aana chahiye dr gajendra is my favourite motivator and teacher due to teaching style

[@abhaychauhan3145]

Maine tho diya dislike

[@freaky_samosa]

Bhai jo paper mai pass nhi hoga woh dislike karega

[@atharvsshow7948]

Sir GM can be zero

[@pujamohapatta5678]

sir can i determine the P matrix for this matrix
As we take one eigen value is 0 so what is the eigen vector for zero

[@INDIAN-uf2nz]

हम सब ईश्वर की संताने हैं 🙏🕉️

[@PranjalPatel2505]

No

[@vikashyadav-l5m6t]

Arre baba

[@deekshalodhi-rf1qu]

Pgl h kya tu

[@niloysaha5986]

thank you