Create the logic for a program that continuously prompts the user for a number of dollars until the user enters 0. Pass each entered amount to a conversion method that displays a breakdown of the passed amount into the fewest bill; in other words, the method calculates the number of 20s, 10s, 5s, and 1s needed.
get number n
twenties = int(n/20)
n=n-20*twenties
tens = int(n/10)
n=n-10*tens
fives = int(n/5)
n=n-5*fives
ones = n
Here is the logic for the program:
1. Start the program.
2. Initialize a variable, let's say `dollars`, to hold the user's input.
3. Start a loop that continues until the user enters 0.
4. Inside the loop, prompt the user for a number of dollars. Store the user's input in the `dollars` variable.
5. Pass the `dollars` variable to a conversion method, let's call it `convertToBills(dollars)`.
6. Inside the `convertToBills()` method:
a. Initialize variables to count the number of 20s, 10s, 5s, and 1s needed. Let's call them `num20s`, `num10s`, `num5s`, and `num1s`, respectively.
b. Divide the `dollars` by 20 and assign the integer result to `num20s`.
c. Calculate the remaining amount after subtracting the total value of the 20s: `amountAfter20s = dollars - (num20s * 20)`.
d. Repeat steps b-c for 10s, 5s, and 1s, storing the result in `num10s`, `num5s`, and `num1s` respectively.
e. Display the breakdown to the user, showing the number of each bill.
f. Return the breakdown or simply print it.
7. Continue the loop until the user enters 0.
8. End the program.
Note: You may need to implement error handling in case the user enters invalid input, such as a negative number or a non-numeric character.
To create the logic for the program, you can follow these steps:
1. Create a loop that continues until the user enters 0.
2. Inside the loop, prompt the user for the number of dollars.
3. Convert the input to an integer.
4. If the entered amount is not zero, call a conversion method and pass the entered amount as an argument.
5. In the conversion method, initialize variables to hold the count of each bill value (20s, 10s, 5s, and 1s).
6. Use integer division and modulus operations to calculate the number of each bill value needed.
7. Display the breakdown of the passed amount, showing the count of each bill value.
8. Return to the loop and prompt the user for the next number.
Here's an example in Python:
```python
def conversion(amount):
twenties = amount // 20
amount = amount % 20
tens = amount // 10
amount = amount % 10
fives = amount // 5
ones = amount % 5
print("Breakdown for $", amount, ":")
print("Twenties:", twenties)
print("Tens:", tens)
print("Fives:", fives)
print("Ones:", ones)
while True:
dollars = int(input("Enter the number of dollars (enter 0 to exit): "))
if dollars == 0:
break
conversion(dollars)
```
This program continuously prompts the user for the number of dollars until they enter 0. For each non-zero input, the program calls the `conversion` method, which calculates and displays the breakdown of the entered amount into twenties, tens, fives, and ones. The program exits when the user enters 0.
flkdfjxfklbdjgsz;dfkjsd'fgzirugzdflkjfblkfjvFLkbjd'g
f'dpfjdfgoljc
X
fdfljf
dvdz'gk d
f
dgidf
g
f