Using Python:

1. 3 points] Create a file named roll_one.py. Write a program that rolls two, six-sided dice. Continue rolling both dice until exactly one of the dice has a one. Print the number of rolls needed to achieve this.
2. [3 points] Create a file named comparison.py. In this file, create the following functions:

• Write a function max2 that returns the larger of the two parameters. For example, print(max2(9,7)) would print 9.
• Write a function max3 that returns the maximum of three parameters. For example, print(max3(4,2,9)) would print 9.
• Write a function middle that returns the middle of three numbers. Calling print(middle(4,1,9)) would print 4.

3. [4 points] Create a file named coin_flips.py that does the following:

• Asks the user for the number of times to flip the coin.
• Asks the user for the probability the coin lands heads side up as a decimal (0.5 would mean there is a 50% chance that the coin lands heads up). This is a biased coin like we discussed in the video lessons.
• Flips the coin the specified number of times, tracking the number of times the coin lands on heads or tails.
• Prints out the number of times the coin landed heads up and tails up.