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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 Assignment 4(a) is posted; due on 9 December in the Chem Eng drop box. A software tutorial on least squares is available - helps with assignment 4(a). I had a number of questions about how to load data from a spreadsheet into MATLAB or Python - so I've added the final part to the software tutorial on loading data. Solutions for the take-home exam are now available. The grades are also posted: class average was 80.0% with a standard deviation of 17.9%.

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 A self-paced software tutorial for MATLAB and Python Tutorials Tutorial 1 - questions and solutions Tutorial 2 - questions and solutions Tutorial 3 - questions and solutions Tutorial 4 - questions and solutions Tutorial 5 - questions and solutions Tutorial 6 - questions and solutions Tutorial 7 - questions and solutions Assignments Process modelling - with solutions Linear algebraic equations - with solutions Nonlinear algebraic equations - with solutions Least squares assignment 4(a); solutions for Curve fitting assignment 4(b) Numerical differentiation and integration - with solutions Differential equations - with solutions Tests and exams Written midterm: Questions | Solutions Take-home exam: Questions | Solutions Final exam Practice questions for tests and exams Check your grades

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