# Difference between revisions of "Nonlinear algebraic equations"

From Process Model Formulation and Solution: 3E4

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== Taylor series review == | == Taylor series review == | ||

− | ''We will start this section of the course with a review of Taylor series (1 class). | + | ''We will start this section of the course with a review of Taylor series (1 class). |

− | + | The Taylor series notes will also be useful for later sections in the course.'' | |

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− | + | Please [[Media:C-Taylor-series-07-Oct-2010.pdf | download the lecture slides here]]. | |

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== Nonlinear algebraic equations == | == Nonlinear algebraic equations == | ||

− | + | * 13 October (slides 1 to 9) | |

− | + | * 14 October (slides 10 to 18) | |

− | + | * 20 and 21 October (slides 19 to 32) | |

− | + | * [[Media:C-NLAE-17-Oct-2010.pdf | Please download the lecture slides here]] | |

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## Latest revision as of 09:44, 16 September 2018

## Taylor series review

*We will start this section of the course with a review of Taylor series (1 class). *

The Taylor series notes will also be useful for later sections in the course.* *

Please download the lecture slides here.

## Nonlinear algebraic equations

- 13 October (slides 1 to 9)
- 14 October (slides 10 to 18)
- 20 and 21 October (slides 19 to 32)
- Please download the lecture slides here

*Reference in course textbook for multivariable nonlinear systems, using Newton's method*

Unfortunately, the course textbook has poor treatment of this topic due to the fact they treat nonlinear equations before linear equations! So it is spread over two parts:

- section 6.6 (page 167 in the 6th edition)
- section 9.6 (page 267 in the 6th edition)