Skip to content

It allows you to see how Bisection, Secant and Newton Raphson method work.

License

Notifications You must be signed in to change notification settings

mpl1018/Interactive-Root-Finder

Repository files navigation

Interactive-Root-Finder

It allows you to see how Bisection, Secant and Newton Raphson method work.

Steps to follow

You only have to enter your function, choose an interval where the root is, enter the precission you want and you're ready to go!

Note: The function must be written like this f(x) = "your function" Example: f(x) = e^-x - 5.

Examples

Bisecction method.

Texto alternativo

Secant method.

Texto alternativo

Tangent method.

Texto alternativo

Useful documentation

This app has been made with the super-useful libraries mXparser and GraphView.

Math docmentation.

You can find the math documentation I used [here] (https://github.com/mpl1018/Interactive-Root-Finder/tree/master/imagenes).

About

It allows you to see how Bisection, Secant and Newton Raphson method work.

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages