# Numerical Analysis

### From www.norsemathology.org

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* [http://norsemathology.org/longa/classes/mat360/Mathematica/1.2.nb 1.2] | * [http://norsemathology.org/longa/classes/mat360/Mathematica/1.2.nb 1.2] | ||

+ | * [http://norsemathology.org/longa/classes/mat360/Mathematica/1.3.nb 1.3 and 1.4] | ||

+ | == Appendices == | ||

- | + | * [[Skeel and Keiper Appendix Files | Skeel and Keiper Appendix Files]] | |

+ | * [http://norsemathology.org/longa/classes/mat360/docs/mat360prep/index.html Backgrounders] | ||

- | + | = Notes for Numerical Analysis, with Burden and Faires = | |

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- | = Notes for Numerical Analysis | + | |

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+ | * [[Section 1.3 of Burden and Faires: Big O Convergence | Big O Convergence]] | ||

+ | * [[Section 2.1 of Burden and Faires: Bisection | Bisection]] | ||

= Some results that I've worked up = | = Some results that I've worked up = | ||

* [http://www.nku.edu/~longa/classes/mat360/days/sections/secant.pdf Order of convergence of the secant method] | * [http://www.nku.edu/~longa/classes/mat360/days/sections/secant.pdf Order of convergence of the secant method] | ||

* [http://www.nku.edu/~longa/classes/mat360/days/sections/Muller/quadratic.pdf Quadratics don't have to look like ax^2+bx+c] | * [http://www.nku.edu/~longa/classes/mat360/days/sections/Muller/quadratic.pdf Quadratics don't have to look like ax^2+bx+c] |

## Current revision

## Contents |

# Homepage

http://www.nku.edu/~longa/classes/mat360/