Sir, one doubt in BVP- At 1:08:30 , You have used 2 inputs, 0 and pi/2 for y. Are those the limits of epsilon neighborhood? And the data on y' is not provided in the question, but you have mentioned that they are the value of y and y' at those points on the bottom on the slide. Since it's R2 space, I'm assuming both the inputs given for BVP are limits of epsilon epsilon neighborhood. And thank you so much for the lecture sir.
Also sir, I plotted f' (x,y) vs f(x,y). It's a paraboloid. I still don't get the geometric approach to uniqueness of the solution. Should we do a vertical plane test for the 3D plot just like how we check if f(x) is a function using vertical line test?
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Fourier Series Lecture-1
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Careful minutest teaching well-done.Excellent.
Excellent Sir
Sir when will you be uploading new videos
👍👍👍👍👍
Thank you Professor for your amazing lectures. Will you please upload the next video lectures of this series?
Will upload soon.
@@ProfSivakumarRajagopalan Eagerly waiting!! Thank you for your response.
Good.
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Thanku sir
Sir plz upload at least two lectures per weak
Minute points are discussed in detail... Language is also simple and familiar. Good
Thanks and welcome.
Sir if you have written any books... Please mention..... Your teaching method is connected me
Sir, one doubt in BVP- At 1:08:30 , You have used 2 inputs, 0 and pi/2 for y. Are those the limits of epsilon neighborhood? And the data on y' is not provided in the question, but you have mentioned that they are the value of y and y' at those points on the bottom on the slide. Since it's R2 space, I'm assuming both the inputs given for BVP are limits of epsilon epsilon neighborhood. And thank you so much for the lecture sir.
Also sir, I plotted f' (x,y) vs f(x,y). It's a paraboloid. I still don't get the geometric approach to uniqueness of the solution. Should we do a vertical plane test for the 3D plot just like how we check if f(x) is a function using vertical line test?
I think there is missing y' nearing π/2
Sir ye sabhi University chal jayega n ?? Plz btaye 🙏
Thank you so much respected sir ji 🙏🙏
Sir how to find the given function is continuous or not
[1] brilliant.org/wiki/continuous-functions/
[2] Jain and Iyengar. Advanced Engineering Mathematics.
Kindly make more videos Sir
Thanku so much sir
THANK YOU SIR
Thank you very much
Thanks sir 🙏
All the best. You are the regular visitor to my channel.
I was searching for complex analysis in your lectures. Missing ☹️
Not yet uploaded.
Please can you send me meterial sir please
Some notes are available on my website profsiva.in/
On vector spaces
profsiva.in/vector-spaces-and-linear-dependence/
Thank you sir
Welcome.
thank you sir