canonical form || hyperbolic partial differential equations|| transformation of pde

[@dawitkebede-i6n]

good and clear lecture

[@ultimatewinner9008]

Thanks mam ❤ very nice explanation

[@badshahff7885]

Amazing video for understanding canonical form and Mam your method of teaching is outstanding

[@hameedamathtuber]

Glad to hear that

[@rawat1747]

a very wonderful detailed and helpful lecture

[@hameedamathtuber]

Glad it was helpful!

[@paulkatana2196]

Audible and clear voice, thanks for the vibrant explanation

[@hameedamathtuber]

You are welcome!

[@marthakimando]

I have liked your explanation. Very clear. Thanks

[@hameedamathtuber]

Welcome

[@gameliadeti2967]

Thank you madam. Infact you have made me understand the course

[@hameedamathtuber]

You are most welcome

[@404mathcannotbesolved]

Thanks Ma'am

[@hameedamathtuber]

Welcome

[@WaleejaMalik-y1c]

Please make one video on Adjoint operator..

[@chukwudisimere8463]

Thank you for teaching in English

[@hameedamathtuber]

Welcome!

[@UsamaQureshi-p1i]

Thank you soooo much ma'am. You are the best. 😊

[@hameedamathtuber]

Most welcome

[@NailsbyNono]

❤

[@sureshbhuyan5542]

Super 👌

[@hameedamathtuber]

Thank you

[@roc442]

There are some book where the discriminant value is b^2-ac

[@KumkumKumari-ll4yu]

How to find dy/dx if A=0

[@SmilingCrab-uy2eq]

domain of the hyperbolic equation

[@ananyamittal2622]

Please solve for yUxx-xUyy=0 for x>0,y>0

[@NabaAlHakmani]

IS THIS A SECOND ORDER PDE?

[@gladyscherono2780]

Yeah

[@SmilingCrab-uy2eq]

Solution