1) Create a line graph that shows both average temperature and pressure plotted over the period of time. Both lines should be plotted on the same graph, with date on the x-axis, and different y axes for the two different measurements. 2) Create a histogram showing amounts of precipitation. The x axis should cover a reasonable range of precipitation levels, and the y axis should show the number of days that had precipitation in the specific range. It's ok to omit data with O in of precipitation. 3) Create a scatterplot indicating relationships between average temperature and average dew point (one on each axis). 4) Create a bar chart, with one bar per month (from all 3 years for each month), showing the average temperature, along with lines indicating the highest high and lowest low temperatures from that month. a. Note: You will want to create new lists of data, but you may find it useful to use the max/min/sum functions on lists. b. This is a great problem to practice using dictionaries! See example plots below. Your plots do NOT have to look exactly the same, but they must include a legend (where appropriate), axis labels, and title. You should also learn how to control the width, color, and shape of your lines and plotted points, as well as ensure your scales/ranges are set appropriately to display all the data nicely, however these are highly subjective and you will not be graded on them. Name your program LastName_Lab10a_Act2.py that contains all four (4) plots. Average Temperature and Pressure for Date Range Histogram of precipitation 35 90 30.6 30 80 30.2 Average Temperature, F Average Pressure, inHg Number of days 10 29.8 5 30 Tavg Pavg 29.6 0 0 200 400 800 1000 0 6 7 8 600 date 3 4 5 Precipitation, in Plot 2 Plot 1 Dew Point vs Temperature Average Temperature by Month 80 100 High T Low T 70 80 60 Average Dew Point, F Average Temperature, F 40 20 10 0 30 80 90 1 2 3 4 5 50 60 70 Average Temperature, F Plot 3 6 7 8 9 Month 10 11 12 Plot 4
