Rename this notebook with your last name and the lecture
Turn-in this notebook on TritonEd by the end of class.
print out the value of e using the np.e attribute.
Create a list of numbers ranging from 1931 to 2016
Read in 'Datasets/rainFall/Avg_Rain.txt' in the Lecture_06 directory into an ndarray using NumPy. These data came from: the Knipling-Bushland US Livestock Insects Research Laboratory, USDA-ARS in Kerrville, Texas. The file contains total annual rainfall.
Plot the annual average rainfall against your list of numbers.
Label the $x$ and $y$ axes.
What do you suppose the units of rainfall are?
import matplotlib.pyplot as plt
create a list of angles called thetas_in_radians
Use your array thetas_in_radians to generate an array of tangents (using the appropriate NumPy function (listed in the Lecture).
Plot this array with thetas_in_radians on the X axis and your array of tangents on the y axis. Draw the tangent with a red line.
Try different line styles, different line widths, and colors. (look at the matplotlib.pyplot API link, or use the Python help( ) function.
Put on axis labels and a legend. Play with the legend location.