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• Final

  Using all that has been build so far, use the final exam inputs to produce the expected output.

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• Extra Credit

  Implement the following components - Runge Kutta Solver From what I remember, for this solver you'd would be given - The function to use for `dy/dx`, - The argument - `y` - `h` - lower bounds as `lpoint` - upper bounds as `upoint` Then just crunch the values over and over starting from `lpoint` until `upoint`. Doesn't seem too difficult...[ref](https://github.com/etkeys/cs417-in-python/blob/main/cpp/xtraCredit/main.cpp).

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• Assignment 5

  Implement the following components - Bisection Solver - Euler Solver

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• Assignment 4

  Implement the following components - Newton Solver - Power Solver

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