[Solved]1 Hour Left Thanks Help Using Matlab Evaluate Performance Aesthetic Wind Turbine Models Ta Q37278426

1 hour left, thanks for help!

We are using MatLab to evaluate the performance of youraesthetic wind turbine models. In this take-home test, you will usethe equations for wind turbine power generation given in class,along with the equations relating voltage and resistance to power.Assume that air density and velocity are fixed, and that swept areawill vary with the shape of your model, i.e., if you change thegeometry of your model between tests, the swept area may alsochange.

NOTE: Be sure to download the test data file, M4_Test_Data.csvfrom the Canvas M4 Take Home Test page, and save it to your MatLabfolder.

Part 1

Make a list of necessary steps to completely describe theperformance of this wind turbine. Use words, not MatLab or anyother specific programming syntax. Show your steps as a series ofphrases or sentences. The flowchart examples given in class mayyield clues as to how to express inputs, outputs, decisions andloops (where needed), but you need not use flowchart symbols. Thesesteps form the algorithm or problem-solving process for your windturbine model’s performance.

You should include sufficient detail in your algorithm so thatsomeone who did not write it could understand what you are tryingto do. Hint: the algorithm steps can serve as comment lines in yourcode.

Part 2

Use your algorithm to write a MatLab program and a functionsubprogram for the performance of your aesthetic wind turbinedesigns. This combination of programs should calculate power andefficiency, plot one or more relationships, and write allcalculated values to a file with sufficient labeling within thefile. Be sure to include the following:

1. Inputs for air density, air velocity and swept area

2. A set of actual or fictitious voltage and resistance data loadedinto the program

3. At least one loop

4. A user-defined function, as indicated above

5. At least one plot

6. Output in fprintf format, written to a file

7. Sufficient comments to explain your code (can use statementsfrom Part 1

8. AWT TEST DATA:

   1. 20,0.1247,60,,

   1. 20,0.1706,82,,

   1. 20,0.2147,105,,

   1. 20,0.1756,86,,

   1. 20,0.1510,75,,

   1. 50,0.1851,90,,

   1. 50,0.1748,86,,

   1. 50,0.1463,71,,

   1. 50,0.1237,60,,

   1. 50,0.1718,86,,

   1. 80,0.1743,86,,

   1. 80,0.1427,71,,

   1. 80,0.1166,56,,

   1. 80,0.1725,86,,

   1. 80,0.1982,97,,

   2. 00,0.1422,71,,

   3. 00,0.1632,78,,

   4. 00,0.1908,93,,

   5. 00,0.1843,90,,

   6. 00,0.2017,97,,

   7. 40,0.2080,101,,

   8. 40,0.1749,86,,

   9. 40,0.1692,86,,

   10. 40,0.1746,82,,

   11. 40,0.1832,86,,

   12. 70,0.1472,71,,

   13. 70,0.2113,101,,

   14. 70,0.2389,120,,

   15. 70,0.2025,97,,

   16. 70,0.1818,86,,

   17. 60,0.2132,105,,

   18. 60,0.1601,78,,

   19. 60,0.1768,86,,

   20. 60,0.1789,90,,

   21. 60,0.1861,90,,

   5.60,0.1594,78,,

   5.60,0.1702,86,,

   5.60,0.1575,75,,

   5.60,0.1895,90,,

   5.60,0.1542,75,,

   8.20,0.1392,71,,

   8.20,0.1940,93,,

   8.20,0.1480,71,,

   8.20,0.1990,97,,

   8.20,0.2369,120,,

   10.00,0.1980,97,,

   10.00,0.2059,101,,

   10.00,0.1900,93,,

   10.00,0.1964,97,,

   10.00,0.1483,71,,

   12.00,0.1662,78,,

   12.00,0.1578,78,,

   12.00,0.1603,78,,

   12.00,0.2257,108,,

   12.00,0.1631,78,,

   15.00,0.1801,86,,

   15.00,0.1467,71,,

   15.00,0.2245,108,,

   15.00,0.2040,101,,

   15.00,0.1904,90,,

   18.00,0.1669,82,,

   18.00,0.2278,112,,

   18.00,0.1929,93,,

   18.00,0.1598,78,,

   18.00,0.1421,71,,

   24.00,0.2251,108,,

   24.00,0.1809,90,,

   24.00,0.1694,82,,

   24.00,0.2015,97,,

   24.00,0.2088,101,,

Expert Answer

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Answer to 1 hour left, thanks for help! We are using MatLab to evaluate the performance of your aesthetic wind turbine models. In … . . .