Download the file from Canvas called Atlantic City_TemperatureData.csv. Load the data into MATLAB using dlmread (or...

 

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Download the file from Canvas called "Atlantic City_TemperatureData.csv". Load the data into MATLAB using dlmread (or some other function). The 1st column contains dates in MATLAB time. The 2nd column is air temperature and the 3rd column is water temperature, both in degrees Celsius. The data span all of 2015. Subtract the first date value from all other dates, then plot air temperature and water temperature versus time, on the same axes. Add a legend, labels, etc. Finally, change the 'xticklabel' values of the current axes to be your cell array from Problem 3, where the 'xtick' locations should be the number of days after January 1st, for each first day of the month (i.e. [1, 32, 60, 91, 121, 152, 182, 213, 244, 274, 305, 335]). Resize the figure to be wider, so that all the month labels on the x-axis are not overlapping. Download the file from Canvas called "Atlantic City_TemperatureData.csv". Load the data into MATLAB using dlmread (or some other function). The 1st column contains dates in MATLAB time. The 2nd column is air temperature and the 3rd column is water temperature, both in degrees Celsius. The data span all of 2015. Subtract the first date value from all other dates, then plot air temperature and water temperature versus time, on the same axes. Add a legend, labels, etc. Finally, change the 'xticklabel' values of the current axes to be your cell array from Problem 3, where the 'xtick' locations should be the number of days after January 1st, for each first day of the month (i.e. [1, 32, 60, 91, 121, 152, 182, 213, 244, 274, 305, 335]). Resize the figure to be wider, so that all the month labels on the x-axis are not overlapping.