i am watching your videos in different playlists , they are very helpful and clear and straight forward . thank you very much , I wich you all the best and hope you stay healthy always .
Very Nice explanation, thank you very much. I don't know if this possible, but I will be very thankful if you can make videos on Differential Geometry, because strange enough there is no video lectures on this over the whole internet!
Hey, I really appreciate you taking all the time to explain these concepts and doing example problems. They are very clear and helpful!
i am watching your videos in different playlists , they are very helpful and clear and straight forward . thank you very much , I wich you all the best and hope you stay healthy always .
Very Nice explanation, thank you very much.
I don't know if this possible, but I will be very thankful if you can make videos on Differential Geometry, because strange enough there is no video lectures on this over the whole internet!
انا مصري وبلف لحد ما ايدي جبتني هنا عشان اتفرج ع ام فيديو يشرح ام الموضوع ده
Dr. Tisdell's a class act! 🎊
Hi - it is certainly something that I hope to post about in the future. Great suggestion!
Thanks! Your explanation is pretty simple!
@Dr Chris Tisdell do you have a video for Inhomogenous Heat Equation?
You are very welcome.
lovely and helpful exposition, thanks
The video is great, but I'd like to know how to use it to solve maxwell inhomogeneous wave equation for wave propagation inside conductive media.
Hey Dr Chris do you have a video on solving nonhomogeneous heat eqns and 2 dimensional PDEs. Thanks
If the initials conditions are equal to 0?
How to solve the two dimensional inhomogeneous wave equation?
Thank you very much for this video. Does this method also work to solve the inhomogeneous wave equation on a bounded domain?
Dr. Chris, how about inhomogeneous wave equation for finite string problem?
My pleasure.
Very neat!
Hi...but how do you get the particular solution to Zxx-3Zxy+2Zyy=xsiny
Thank you so much!
Explain nicely but didn't understand sir.
awesome