NUMERICAL METHODS: Numerical solution of ordinary differential equations

Lecture note and exercises
sites.google.c...
Video Contents:
- Introduction (00:01)
- Euler's method (5:42)
- Runge-Kutta method (15:33)
If you feel that I explain too slow, you can speed up the video.
Best of luck everyone :)
For more understanding and in-depth learning on this topic, you can refer to this excellent book by Anton et al. (2019).
www.wiley.com/...
Lecture note and exercises
sites.google.c...

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Thank you 🙏

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Are the words that are written, the answers?

[@ennarohana623]

The final answer is y

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