Repeat some of the work of task 3, but using MATLAB. In particular, write a MATLAB script that does the following: 1. Lo

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Repeat Some Of The Work Of Task 3 But Using Matlab In Particular Write A Matlab Script That Does The Following 1 Lo 1 (249.12 KiB) Viewed 47 times

Repeat some of the work of task 3, but using MATLAB. In particular, write a MATLAB script that does the following: 1. Load the file extracted_data.csv. 2. Determine the average temperature of station Aimores on 14 December. 3. Determine the average temperature of station Almenara on the entire month of December. 4. Determine the average temperature on 21st December. 5. Create a correlation matrix with ALL stations (not only the three listed in task 3). Hint 1: If you want to create a heatmap and label each column, see this for some information about how to find out the names of the columns of a table: https://au.mathworks.com/matlabcentral/ ... -in-matlab o Hint 2: You do not need to determine which pair of stations has the strongest correlation since we have not covered enough material of MATLAB, but if you are interested, read this related topic: https://au.mathworks.com/matlabcentral/ ... the-matrix 6. Create line plots of the temperature readings of the stations AIMORES, ALMENARA, and BARBACENA. Give a title to the plot, and include a legend locate outside the plot, on the top right. Y look like this: Line Plots 30 il quina bystation AIMORES bystation ALMENARA bystation BARBACENA 25 20 15 10 5 0 10 20 30 • Hint: You can add the legend using this MATLAB command: legend("show", location="northeastoutside") 7. Save the resulting livescript into a file with name my_matlab_task4.mlx.