For this project you will be analyzing temperature data from the last 120 years. On ecampus, there are six different data files for 6 various locations. These files include date, max temperature, and minimum temperature. The objectives for the project are listed below. 1. Create a MATLAB script/function that can read the .csv files into MATLAB in a format that is workable. Figure out a way to get MATLAB to interpret the date column in a way that will be useful. Some of these files are in Celsius, some are in Fahrenheit. Have the user tell MATLAB which units are used in the file being loaded and then convert everything to Fahrenheit (if needed). 2. Create a different MATLAB script/function that can read and interpret a .csv file of data and then plot the minimum and maximum temperatures for a user-specified year as a scatter plot. Make it pretty and with a legend/title that makes it apparent what the graph is. 3. Create a different MATLAB script/function that can read and interpret a .csv file of data and plot the min, max, or max & min temperature for the same day over all years of the data set. For instancethe Paris file runs from 1/1/1900 to 03/15/2018. You should be able to plot the max, min, or max & min for 01/01/1900, 01/01/1901, 01/01/1902.01/01/2018. 4. Now that you have the capabilities to plot data for the same day in a calendar year over many different years (obj 3), create scripts that can take this data and fit a curve to it. Let the user decide if the curve should be 0-order, 1st, 2nd, or 3rd order. You may write this 4th objective as its own script/function or you may have it be a continuation of the 3rd objectives script/function. 5. Come up with one more graphing capability that you think may be an interesting way to analyze this data. Write a script to execute this capability and explain why you think this capability is important (this explanation should be entered into the users manual).