Python: Making Change

• Ask the user how much change to give the customer: "How much change should the customer get?"
• If the change is less than zero
  • Print an error: "Change must be a positive integer"
  • Return to the top of this algorithm
• Determine the number of quarters, nickels, dimes, and pennies to return (hint: use division and modulus....)
• Print: "Return the following change:"
• If there are quarters to return
  • Print: "X quarters"
• If there are dimes to return
  • Print: "X dimes"
• If there are nickels to return
  • Print: "X nickels"
• If there are pennies to return
  • Print: "X pennies"
• Ask the user: "Would you like to make more change? (y/Y/n/N)"
• If they respond with y or Y
  • Print "Let's make some more change!"
  • Repeat this entire algorithm
• Otherwise, if they respond with n or N
  • Print "Ok, I'll move along to something else..."
  • Move on to Part 3
• Otherwise
  • Print "I did not recognize that response"
  • Repeat the prompt asking them if they want to make more change

Assumptions

• You can assume that the value for the change will be an integer
• You do not have to correct for singular/plural quarters/nickels/dimes/pennies

Requirements

To solve this problem (and receive full credit on the design), you must use the following python features:

• while loop
• "Truthy/Falsey" values
• continue

Exact Input:

-56 87 y 56 Y 35 blah n Exact Output:

How much change should the customer get? Change must be a positive integer How much change should the customer get? Return the following change: 3 quarters 1 dimes 2 pennies Would you like to make more change? (y/Y/n/N) Let's make some more change! How much change should the customer get? Return the following change: 2 quarters 1 nickels 1 pennies Would you like to make more change? (y/Y/n/N) Let's make some more change! How much change should the customer get? Return the following change: 1 quarters 1 dimes Would you like to make more change? (y/Y/n/N) I did not recognize that response Would you like to make more change? (y/Y/n/N) Ok, I'll move along to something else...