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Process Model Formulation and Solution: CHE 3E4

Administrative Course outline Course software Location and hours Copyright and other legal stuff Assignment and tutorial grading system Announcements - previous ones available from Midterm details: Most of the class: 18 October, room T28. From 17:15 to 18:45 For the group of about 20 students that have their bio lab just before the class, please email me your name. Your midterm will be in JHE342, starting at 17:45 to 19:15, invigilated by a TA. New: please see these comments about the midterm content. The midterm will be on all work, up to and including slide 18 of the nonlinear equation notes. Solutions to assignment 2 are available - the TA's have done an amazing job again with comprehensive solutions. The software tutorial has been expanded to show how to calculate the zero of a nonlinear function.

Class materials Course introduction and overview Modelling and scientific computing Linear algebraic equations Nonlinear algebraic equations Curve fitting Numerical differentiation and integration Ordinary differential equations Course wrap up      Supplementary readings

Assignments, tutorials and exams Tutorials Tutorial 1 - questions and solutions Tutorial 2 - questions and solutions Tutorial 3 - questions and solutions Tutorial 4 - questions and solutions Tutorial 5 Assignments Process modelling - with solutions Linear algebraic equations - with solutions Nonlinear algebraic equations Curve fitting Numerical differentiation and integration Differential equations Tests and exams Written midterm Practice questions for tests and exams Check your grades

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