Task $1$: Download the zip file Plant$\_$Data.csv Download Plant$\_$Data.csvand import the data into an array.

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##$***$Download the Plant$\_$Data.csv file from the assignment page.$***$

##$***$Upload the Plant$\_$Data.csv file to your Google Drive or working directory.$***$

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### Modify the code below to:

###$1.$ Read Soil Humidity, Soil Temperature, Atomosphere Humidity and Atomosphere Temp values from the Plant$\_$Data.csv file.

###$2.$ Calculate and display the minimum, maximum and average values for Soil and Atomosphere Temp as degrees Farenheit and the Soil and Atomosphere Humidity as a percentage.

###$3.$ Plot Soil Temperature and Soil Humidity against total number of samples. Both plots must be shown in a single figure. Use subplot.

###$4.$ Plot Atmosphere Temperature and Atmosphere Humidity against total number of samples. Both plots must be shown in a single figure. Use subplot.

###$5.$ Plot the difference between the Soil and Atmosphere Temp against total number of samples.

###$6.$ Save all plots with proper title as $.$pdf$.$

Task $2$: Apply statistical functions to calculate the mean, median, and mode values for Soil Temperature and Soil Humidity.

Plotting: Make sure to use proper titles, axis labels, legends for each plot below. Use different colors for each plot.

Task $3$: Plot Soil Temperature and Soil Humidity against total number of samples. Both plots must be shown in a single figure. Use subplot.

Task $4$: Plot Atmosphere Temperature and Atmosphere Humidity against total number of samples. Both plots must be shown in a single figure. Use subplot.

Task $5$: Plot the difference between the Soil and Atmosphere Temp against total number of samples.

Task $6$: Save all plots with proper title as $.$pdf$.$