Dice rolling odds The code shown will simulate rolling a single die (values from 1 to 2). Expand this code to simulate rolling a pair of 6 sided dice 1000 times, store the results in a list and display the percentage of time each roll occurs. If you would like to earn 10 points of extra credit, you may include a matplotlib plot showing a graph of your findings, the title of the graph must include your name (see example output below). Examples of creating graphs can be seen at matplotlib.org under examples.

import random

# List with two zeros to store results of a 2 sided dice roll.

rolls = [0]*2

# Roll random value in the range 1-2

dieRoll = random.randint(1,2)

rolls[dieRoll-1] += 1

dieRoll = random.randint(1,2)

rolls[dieRoll-1] += 1

dieRoll = random.randint(1,2)

rolls[dieRoll-1] += 1

print("Results: %s" % str(rolls))

The percentage can be calculated as the number of times a number was rolled divided by the total number of rolls. When rolling 1 die, the odds of all 6 possibilities should be about equal, but when rolling two dice it should not. For example rolling 7 is much more likely than 2 or 12 since there are more ways to get 7 (2+5, 3+4, etc...).