Thanks a lot sir !!! Thanks to my Parents, Saraswati Mata and Your help with Rahul Giri sir and Arun sir , I was able to do very well in my today's Applied Mathematics End Sem Exam and I am really sorry that earlier I used to say that I dont really get your Teachings but you helped me a lot sir. I truly apologise, Thank You sir Jai Shri Ram
At 9:00 matrix A = [[1,0,0],[0,1,1],[0,1,1]] ...it's last 2 rows are same, hence rank(A) determinant(A) = 0....since determinant = product of eigenvalues (because every matrix is triangulable in complex field and determinant of triangular matrix = product of diagonal entries which happen to be eigen-values), that means at least one eigen value is 0
just a little suggestion . The voice u use for like share tab at the bottom in the video . Please change the voice to something else because everytime I hear it , I think that voice is coming from my pc.😅😅
Thank you sir but please upload this video preliminaries of PDE your all video helpful for me thank you sir you are a great teacher i want to tough with you
सर आप बहुत अच्छा पढ़ाते हैं मैं optionalके लिए mathematics सोच रहा हूं मुझे इस बात की बहुत खुशी होती है कि आप basic भी क्लियर करा देती हैं
Thanks a lot sir !!! Thanks to my Parents, Saraswati Mata and Your help with Rahul Giri sir and Arun sir , I was able to do very well in my today's Applied Mathematics End Sem Exam and I am really sorry that earlier I used to say that I dont really get your Teachings but you helped me a lot sir. I truly apologise, Thank You sir Jai Shri Ram
Thank you so much sir. Mujhe isme bahut bada confusion tha aapne sara confusion door kar diya hai aapka aabhar manta hun main Thank you so much.
Thanks a lot sir!!! Your video really helped me just before my Applied Mathematics Endsem!!! Can't thank you enough Sir Jai Shri Ram
Thank you sir.. Pls upload wave heat laplace series with short tricks
At 9:00 matrix A = [[1,0,0],[0,1,1],[0,1,1]] ...it's last 2 rows are same, hence rank(A) determinant(A) = 0....since determinant = product of eigenvalues (because every matrix is triangulable in complex field and determinant of triangular matrix = product of diagonal entries which happen to be eigen-values), that means at least one eigen value is 0
Very very nice class sir jii.....
&& very helpful....
Thank you🙏🙏 sir jii......
Bohat ache se smj ai
Thank you so much Sir for these videos lecture 🙏
Msc mathematics problem solution mean ....dr gajendra purohit sir✅
very very thank you sir pls give more videos
very helpful for semester examinations
धन्यवाद सर 🙏🏻 । सर इसे भी प्लेलिस्ट में इनक्लूड कर दीजिएगा 🙏🏻
Ek no. Ka sir 🙏🙏
I think at 6:03, the last row of matrix should be [Coeff of u_zx, Coeff of u_zy, Coeff of u_zz]
Such a helpful video for exam tq sir
thanks
love the way you teach
Thank you Sir 🙏
Very helpful.......
Very nice sir 🙏 🙏 thank you so much sir 🙏 🙏
Thank you so much sir very nice video wonderful explanation. Thanks.
Y concept bhot ache se samjh aaa gaya sir. Thank you soo much.
Thank you sir.very useful
Wonderful sir
Very nice sir ji
masterformula...
Outstanding ❤
excellent videos gp sir
Thank you so much sir 🙏🙏🙏🙏
Thaxx sir very helpfull video
D' Alembert's solution of wave equation ka video dijye sir
Excellent
Thank you,sir.
Please upload Romberg integration derivation if possible.
thanks sir yours content is very helpful
Mazaa aa gayaa sirji🙏
TY sir🙏👍
Thank u🦋❤
Sir Fourier series k extra sum dijiye plz.
Nice Sir aapke class bahut achcha lgta hai
Sir can you make a video on the canonical form of 2nd order pde .My exam will conduct on this month.
So did u find video on canonical form ....i'm having hard time too finding it
In that Elliptic, Parabolic and Hyperbolic Examples why did we leave out the rest p,q in the equations ?
Good morning sir
Monge's method ke chapter ke video bhi bana dijiye sir . Please
Monge's method bhi upload kijiye sir
0 means elliptic hogaa n sir
Thanx sir
Sir bahut achha laga
equation reducible to PDE with constant coefficient
Salute sir🙏🙏🙏🙏🙏🙏
Thank you so much sir.....😊
Mongs method sir upload krty plz
Aaj mere exam ha bsc ka 😂lgta ha ye important topic to gya har sal yha se question aata ha
sir classification of first linear PDE ka video ka link de dijiye mil hi nhi
just a little suggestion . The voice u use for like share tab at the bottom in the video . Please change the voice to something else because everytime I hear it , I think that voice is coming from my pc.😅😅
♥️🙏
First view
Toh sun❤
Sir msc me detail me explain karna hota hai 😢😢
U
Kon Kon 2 nd year ka exam dega 😅
🙏🙏🙏😍🙏🙏🙏♥️♥️♥️♥️♥️
Plus improve your hand writing
Thank you sir but please upload this video preliminaries of PDE your all video helpful for me thank you sir you are a great teacher i want to tough with you
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@@pramjitboro5995 aapko bahut manner hai😏
Please improve your English
Thank you sir🙏
Very nice sir jii🙏
Thankyou so much sir 🙏
thank you sir
Thank you sir❤❤🎉🎉
Very nice sir
thank you sir
thanks sir
Thanks sir
Thankyou so much sir 🙏🙏
Thank you sir 🙏
Thanks sir
Thank you sir.
Thanks sir