Solutions ending in .mws or .mw are Maple worksheets. To see these solutions you'll need to save the solution (with the .mws or .mw extension), start up Maple, and open the file you saved from within Maple. (To save, right-click on the link and choose the "Save Target As..." option.)
Solutions ending in .m are Matlab m-files. These are just text files and may be viewed via your web browser. However, if you want to run the solution (as well as see it) you'll need to save the solution (with the .m extension), start up Matab, and open the file with the Matlab editor.
| Date | Lab | Solution |
|---|---|---|
| Sept 8 & 9 | 1) Numeric Computation 1: MatLab Introduction |
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| Sept 15 & 16 | 2) Numeric Computation 2: Functions |
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| Sept 22 & 23 | 3) Numeric Computation 3: Linear Systems |
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| Sept 29 & 30 | 4) Numeric Computation 4: Data Fitting |
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| Oct 6 & 7 | 5) Programming 1: Basic Programming |
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| Oct 13 & 14 | 6) Programming 2: Conditional and Iterative Execution |
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| Oct 20 & 21 | 7) Programming 3: Nesting and Debugging |
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| Oct 27 & 28 | 8) Programming 4: Successive Numeric Approximations |
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| Nov 3 & 4 | 9) Programming 3: Advanced Functions (fzero, quad, and ode45) |
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| Nov 10 & 12 | 10) Symbolic Computation 1: Future Value of Money |
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| Nov 17 & 18 | 11) Symbolic Computation 2: Systems of Algebraic Equations |
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| Nov 24 & 25 | 12) Symbolic Computation 3: Geometric Optimization Problems |
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| Dec 1 & 2 | 13) Symbolic Computation 4: Salt water tank concentration over time |
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| Dec 8 & 9 | 14) Symbolic Computation 5: Motion of objects |
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| Dec 14 & 8 | 15) Fortran Programming (Lecture Only) FORTRAN Programming
Intro to Fortran 77 by
Pete Pokrandt |
myDataProgram.f |