I have a exam today so I was searching for good youtube videos and then I came across your channel thank you so much for explaining PDEs my college prof couldn't explain this good❤
Correct, it is an ordinary differential equation, as stated at 0:40. The reason for the title is that the video is part of a unit on methods that *can* be used to solve PDEs, and the finite element method *can* be used to solve PDEs. I use an ODE because it makes the explanation simpler.
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I have a exam today so I was searching for good youtube videos and then I came across your channel thank you so much for explaining PDEs my college prof couldn't explain this good❤
Awesome sir. Thank you
Very nice explanation. Could you please add video on Lagrangian multipliers in the formulation and weak formulation ?
The above is not a partial differential equation.
Correct, it is an ordinary differential equation, as stated at 0:40. The reason for the title is that the video is part of a unit on methods that *can* be used to solve PDEs, and the finite element method *can* be used to solve PDEs. I use an ODE because it makes the explanation simpler.
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