Solve the question with python, thanks

Cell 5: Create an array of zeros with 4 rows and 2 columns. Then use array indexing to fill the first column with the distance values from cell 1. Fill the other column with the cumulative sum of those values (the output of your cumulative_sum function). Use the pyplot.plot() function to plot distance as found in this array, using the variables you created as inputs to the appropriate parameters (linewidth, color, etc.). Then plot the cumulative sum of those values as a line of the same width and color, but with a dashed line. Add a legend to label each line. Give the axes informative labels and a title based on the meaning described in Part 1. Then find and use the Cell 5: Create an array of zeros with 4 rows and 2 columns. Then use array indexing to fill the first column with the distance values from cell 1. Fill the other column with the cumulative sum of those values (the output of your cumulative_sum function). Use the pyplot.plot() function to plot distance as found in this array, using the variables you created as inputs to the appropriate parameters (linewidth, color, etc.). Then plot the cumulative sum of those values as a line of the same width and color, but with a dashed line. Add a legend to label each line. Give the axes informative labels and a title based on the meaning described in Part 1. Then find and use the