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. Matlab .m filesProgramming: FOR, WHILE, IF and FUNCTIONTaylor SeriesNumerical Differentiation Error quantificationTruncation error. . Root finding:Convert equations to root-finding problemsBisection methodNewton-Raphson methodSecant method. . Linear AlgebraGauss elimination (na
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1. CVEN 302-501 Exam 1 Review
2. Matlab .m files
Programming: FOR, WHILE, IF and FUNCTION
Taylor Series
Numerical Differentiation
Error quantification
Truncation error
3. Root finding:
Convert equations to root-finding problems
Bisection method
Newton-Raphson method
Secant method
4. Linear Algebra
Gauss elimination (naïve and with partial pivoting)
LU-Decomposition
Matrix inverse
Matrix algebra (add, subtract, multiply)
Cholesky decomposition
Gauss-Seidel method
5. Linear Regression
Summation equations
Linear models
Matrix least squares
Goodness of fit criteria
6. Numerical integration
Trapezoidal rule
Simpson’s rules
Romberg integration
7. Interpolation
Initial value problems
Euler’s method
Midpoint method
Runge-Kutta methods
8. Boundary value problems
Finite difference methods
Numerical grids
Matrix solutions
Eigenvalue problems
Matrix determinant method
Solve for eigenvalues/eigenfunctions
Matlab methods
9. Partial Differential Equations
Classification
Notation
Implicit/explicit time stepping
Stability
10. Ground rules Three sheets of notes, double sided
Hand-held calculator
Show all your work on work-out problems
10:00 a.m. - 12:00 p.m. in Zachry 127B
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