IN PYTHON PLEASE AND FLOWCHART DRAWING COMPUTERIZED PLEASE!! In many businesses across the country, people are buying food and goods using cash. Whenever a purchase is made with cash, it is usual that change must be back to the customer. Business point of sales software help to ensure that the correct change is return to a customer by providing detailed information of the change that should be returned to the customer. using the fewest number of bills and coins. In this assignment, you are asked to design and implement a program that writes out what bills (ones, fives, tens, twenties) and coins (pennies, nickels, dimes, and quarters) that should be returned to the customer given two inputs from the user: A total cost of a sale. The amount that was paid by the customer. Ensure that your output is grammatically correct. If the customer does not provide adequate payment, you should print the following statement, the program should end. Did not receive enough cash from the customer. Design a solution To design your program, start by thinking about how you would go about solving this problem using onlyarithmetic operators and conditional statements, the elements of programming that we have learned thus far in this course. Take the time to draw your solution as a flowchart. You can do this using a drawing tool such as draw.io (Links to an external site.) or by simply drawing your flowchart on paper. Either way turn your flowchart into a pdf file called "giving_change.pdf" and commit it to your repo. Hint: How would the %, //, and / operators each be useful to you for solving this problem? Example output Enter total cost of purchase: 45.56 Enter amount paid: 60.00 Change to be given: 14.44 1 ten 4 ones 1 quarter 1 dime 1 nickel 4 pennies Testing This is a great assignment to start thinking about testing. What inputs would you want to use to thoroughly test your solution? As you figure out these tests, you should document each one. To do this, create a text file called "giving_change_tests.txt" and in it specify what series of tests you will use to thoroughly test your solution. For each test, specify the amount to be entered and the expected output. One such test could be: Enter amount: 123.45 6 twenties 3 ones 1 quarter 2 dimes Implementation Implement the algorithm that you created when you designed your solution in a file called "giving_change.py". Hint: You may have heard about the following built-in function: Function -- round(number, [ndigits]) Round the number to the specified number of digits. Parameters: number --the value to be rounded ndigits -- the precision to use. If `ndigits` is omitted or is `None`, it returns the nearest integer to its input. Returns the rounded number The behavior of round() for floats can be surprising: for example, round(2.675, 2) gives 2.67 instead of the expected 2.68. This is not a bug: it’s a result of the fact that most decimal money values can’t be represented exactly as a float. To avoid this issue, use round() in the very beginning to convert your floats to integers. Code should produce the following outcome (exactly how it is shown below): Enter total cost of purchase: Enter amount paid: Change to be given: 36.41 1 twenty 1 ten 1 five 1 one 1 quarter 1 dime 1 nickel 1 penny
Max Function
Statistical function is of many categories. One of them is a MAX function. The MAX function returns the largest value from the list of arguments passed to it. MAX function always ignores the empty cells when performing the calculation.
Power Function
A power function is a type of single-term function. Its definition states that it is a variable containing a base value raised to a constant value acting as an exponent. This variable may also have a coefficient. For instance, the area of a circle can be given as:
IN PYTHON PLEASE AND FLOWCHART DRAWING COMPUTERIZED PLEASE!!
In many businesses across the country, people are buying food and goods using cash. Whenever a purchase is made with cash, it is usual that change must be back to the customer. Business point of sales software help to ensure that the correct change is return to a customer by providing detailed information of the change that should be returned to the customer. using the fewest number of bills and coins.
In this assignment, you are asked to design and implement a program that writes out what bills (ones, fives, tens, twenties) and coins (pennies, nickels, dimes, and quarters) that should be returned to the customer given two inputs from the user:
- A total cost of a sale.
- The amount that was paid by the customer.
Ensure that your output is grammatically correct.
If the customer does not provide adequate payment, you should print the following statement, the program should end.
Did not receive enough cash from the customer.
Design a solution
To design your program, start by thinking about how you would go about solving this problem using onlyarithmetic operators and conditional statements, the elements of
Hint: How would the %, //, and / operators each be useful to you for solving this problem?
Example output
Enter total cost of purchase: 45.56 Enter amount paid: 60.00 Change to be given: 14.44 1 ten 4 ones 1 quarter 1 dime 1 nickel 4 pennies
Testing
This is a great assignment to start thinking about testing. What inputs would you want to use to thoroughly test your solution? As you figure out these tests, you should document each one. To do this, create a text file called "giving_change_tests.txt" and in it specify what series of tests you will use to thoroughly test your solution. For each test, specify the amount to be entered and the expected output. One such test could be:
Enter amount: 123.45 6 twenties 3 ones 1 quarter 2 dimes
Implementation
Implement the
Hint: You may have heard about the following built-in function:
Function -- round(number, [ndigits]) Round the number to the specified number of digits. Parameters: number --the value to be rounded ndigits -- the precision to use. If `ndigits` is omitted or is `None`, it returns the nearest integer to its input. Returns the rounded number
The behavior of round() for floats can be surprising: for example, round(2.675, 2) gives 2.67 instead of the expected 2.68. This is not a bug: it’s a result of the fact that most decimal money values can’t be represented exactly as a float. To avoid this issue, use round() in the very beginning to convert your floats to integers.
Code should produce the following outcome (exactly how it is shown below):
Enter total cost of purchase: Enter amount paid: Change to be given: 36.41 1 twenty
1 ten
1 five
1 one
1 quarter
1 dime
1 nickel
1 penny
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