Thanks for your comment, your appreciation always motivate us to do such kind work. Keep Watching OUR latest video. Join Telegram Channel : t.me/mathsbygpsir Instagram Handle : instagram.com/dr.gajendrapurohit/ Facebook Page : facebook.com/Dr-Gajendra-Purohit-453775988491992/ Unacademy : unacademy.com/@Dr-GajendraPurohit Link to B.Sc. Maths Playlist : bit.ly/34tTTdc Link to Engineering Maths Playlist : bit.ly/2OQ7Uvd Link to IIT-JAM Maths Playlist : bit.ly/2sh9pei Link to GATE (Engg.) Maths Playlist : bit.ly/35EAPct Link to IAS Optional Maths Playlist : bit.ly/2rwkOqj Link to CSIR NET Maths Playlist : bit.ly/2R8sUjV Link to Aptitude Playlist : bit.ly/3ewDR7z Link to Mathematical Physics Playlist : bit.ly/2NvRHLJ Link to Abstract Algebra Playlist : bit.ly/2A70LUb Link to General Aptitude For CSIR NET : bit.ly/2ZeWpma Follwing Topics are also Available 1. Differential Calculus : bit.ly/2OTYXB0 2. Integral Calculus : bit.ly/34rLA1R 3. Differential Equation : bit.ly/37IOlO1 4. Partial Differential Equation : bit.ly/2OM5iyA 5. Complex Analysis : bit.ly/2OP8hGp 6. Numerical Analysis : bit.ly/2QYVQuy 7. Integral Transform (Laplace, Fourier & Z-Transform) : bit.ly/37HRKg9 8. Statistics & Probability : bit.ly/2DmOt7Z 9. Operation Research : bit.ly/2pYYRjp 10. Matrices (Linear Algebra) : bit.ly/2OOBSzO 11. Fourier Series : bit.ly/34u7iC9 12. Vector Calculus : bit.ly/2qICwXO 13. Theory Of Equation : bit.ly/2XU9y33 14. Special Function & Series Solution : bit.ly/2XRSU4l 15. Infinite Series : bit.ly/37K6gUI 16. Group Theory : bit.ly/3ieUze2 Please share it with your Friends Thanks Dr.Gajendra Purohit
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.
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....
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.
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.....
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 😊
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
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.
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
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Link to B.Sc. Maths Playlist : bit.ly/34tTTdc
Link to Engineering Maths Playlist : bit.ly/2OQ7Uvd
Link to IIT-JAM Maths Playlist : bit.ly/2sh9pei
Link to GATE (Engg.) Maths Playlist : bit.ly/35EAPct
Link to IAS Optional Maths Playlist : bit.ly/2rwkOqj
Link to CSIR NET Maths Playlist : bit.ly/2R8sUjV
Link to Aptitude Playlist : bit.ly/3ewDR7z
Link to Mathematical Physics Playlist : bit.ly/2NvRHLJ
Link to Abstract Algebra Playlist : bit.ly/2A70LUb
Link to General Aptitude For CSIR NET : bit.ly/2ZeWpma
Follwing Topics are also Available
1. Differential Calculus : bit.ly/2OTYXB0
2. Integral Calculus : bit.ly/34rLA1R
3. Differential Equation : bit.ly/37IOlO1
4. Partial Differential Equation : bit.ly/2OM5iyA
5. Complex Analysis : bit.ly/2OP8hGp
6. Numerical Analysis : bit.ly/2QYVQuy
7. Integral Transform (Laplace, Fourier & Z-Transform) : bit.ly/37HRKg9
8. Statistics & Probability : bit.ly/2DmOt7Z
9. Operation Research : bit.ly/2pYYRjp
10. Matrices (Linear Algebra) : bit.ly/2OOBSzO
11. Fourier Series : bit.ly/34u7iC9
12. Vector Calculus : bit.ly/2qICwXO
13. Theory Of Equation : bit.ly/2XU9y33
14. Special Function & Series Solution : bit.ly/2XRSU4l
15. Infinite Series : bit.ly/37K6gUI
16. Group Theory : bit.ly/3ieUze2
Please share it with your Friends
Thanks
Dr.Gajendra Purohit
Bro I'm from Calcutta University
Now say it again 😂😂😂
thank you so much sir for your helping😊😇
अतिसुन्दर
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.
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 .
mehenat na karni padhe bhai :)
Where I find these lecture notes ..? Have u know
Thank u sir...
Lv uuu sir, tqs for this series (linear algebra) I need it like oxygen.
Country also need oxygen 😎😭
You are fav sir
Thank you so much sir
Sir plz make one short video
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 ?
No we don't use column transformation, because while solving equations we will use augmented matrix
Sir please kya aap orthogonal transformation ka video upload kar sakati h kya ?
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....
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.
AWSm way of teaching......sir aap unacademy aur yaha dono jgha bhut jyda acha padhate h
Thank you very much sir
Very good video
Superb explaintion thankyou so much sir
Best helpful video
Lot's of thanks sir very helpful video ❤
sir agar det((P)=0 aa raha hai toh P ka inverse nahi aayega na? Fir digonalisable matrix kaise nikalenge??
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.....
Very awesome explanation sir I like u r video lots👍👍👍👍👍👍👍
Thank you sir
Sir, whether yesterday announced September UGC Net includes CSIR Net Mathematics exam
Dsssb or htet k liye b h kya ye vdo sir?
Very very very very nice sir 🙏 🙏 🙏 🙏
Sir it is very helpful for me.Thank's sir
Sir IIT jam ka poora course apke channel pr hai kya
Best trick sir thank u sir and love u sir
Make a separate video in short tricks to find matrix representation of a linear transformation.🇮🇳
Please make a video for power of matrix
Sir analytic geometry pr video bnao please
Thanks sir for making this type of video🙂
love u so much guruji...
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 😊
Very good 😊 explanation
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
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
Thanku so much sir Ji 👍🌹🥀
Good explanation 👏 👍 👌
Thank u so much sir...
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.
Sir if I get eigen values 0 1 1.
Then it is not diagnolizable?
Sir please probability alll lecture
Last example inverse of p does not exist as determinant of p =0
So p^-1 ap does not exist
Great lecture sir
Thanku sir
Thank You Sir!!
Thank you Sir after 10 days my Final semester will happen....I got the Idea Of Diagonalization Thank you Sir♥️Thanks a lot.....
Awesome video sir
Good evening sir, in 2nd point of condition, what is meant by dim V=n ??
Sir please Jam mathematics ko bhi padhane dijeye
what is a feild(?)?
Sir in last question , eigenvalues are not distinct, then also matrix is diagonalizable because of AM=GM .....how ?
Exactly i have same question
You got the answer of your quesn??
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
Sir how to connect with you for complete course of csir net
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
Just superb .... Feel like our professor should learn from you how to teach...
bahooot badiya
Thank you sir l need linear alegebra videos
Sir u r Great 💕💕 love from nepal
Sir aap ek minimal polynomial and Jordan canonical form pe video banaiye na. Bahut help Hoga.
Bahut achha laga video , thanks u sir
Gajendra sir is my frt online study ka
Sir it is lamda-1 or 1-lamda in finding AM. On doing determinant of the matrix I got 1-lamda sir
Very helpful ❤️👍
Thnkuu soo much sir it is very helpful ☺
Thanks for informative video❤️
U r just awesome sir 😍
Amazing lecture
Nice lecture
Sir mujhe bhi is tarah ka board kharidna he , kaha se prapt kr sakte he .
Chaa gai guru 🔥
thank you
Ur teaching style is amazing sir ❤️❤️
Amazing
We all love you more sir🙏❤️
Awesome teaching style 🙏🙏🙏🙏🔥🔥🔥
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
Thanks sir for clearing the doubts in a correct way,
I wish I had reached your channel earlier on... I wouldn't have hated mathematics then
Thanks so muchh sir ji..... U r great 👌👌
Sir lembda 1 7 9 has eigen vector 9x =x for lembda 1 kya kereh
Legends are watching this video just before the exams😁😁😁😁😁😁😁😁😁😁🤫🤫🤫
Yes bro 😅
Me
Yes 😅
I am also😂😂
Bhai tu he hai legend khali
Jai Ho Sir
Love you sir
❤❤
Gooooood sir
sir can u keep captions for this video
Or we simply find nullity
By
Nullity = Order - Rank
👍
Mazaa aaya 🙏!!!!
Please add English subtitles
why everyone is doing the row reduction method. What will be the ans if we choose to do it by determinat?
Ty sir
Gjb
Sir.. You are just awesome!🤗
what if we get zero gm?
TQ sir
Apni mam ko ye lecture dikaunga ki esse smjhate h😂😂
12:05 sae start kr
Dr Gajendra Purohit bohot acche explain kartehe
Hats off❤️