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Numerical Modeling: Topic 1.3 - Graphical interpretation of AX = B
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Numerical Modeling
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- 1 Numerical Modeling: Topic 1.1 - Introduction to solving sets of linear algebraic equations
- 2 Numerical Modeling: Topic 1.2 - Solving sets of linear algebraic using MATLAB
- 3 Numerical Modeling: Topic 1.3 - Graphical interpretation of AX = B
- 4 Numerical Modeling: Topic 1.4 - The determinant
- 5 Numerical Modeling: Topic 1.5 - Gaussian elimination with partial pivoting
- 6 Numerical Modeling: Topic 1.6 - Example, Solving AX = B with MATLAB (truss problem)
- 7 Numerical Modeling: Topic 2.1 - Introduction to solving nonlinear algebraic equations
- 8 Numerical Modeling: Topic 2.2 - Graphing method & incremental search method
- 9 Numerical Modeling: Topic 2.3 - Bisection method
- 10 Numerical Modeling: Topic 2.4 - Newton-Raphson method
- 11 Numerical Modeling: Topic 2.5 - Secant method
- 12 Numerical Modeling: Topic 2.6 - MATLAB's fzero function
- 13 Numerical Modeling: Topic 2.7 - Solving a set of nonlinear equations, modified secant method
- 14 Numerical Modeling: Topic 2.8 - Example, Solving sets of nonlinear equations, modified secant method
- 15 Numerical Modeling: Topic 2.9 - MATLAB's fsolve function
