Using visual logic build a program that asks the user for a whole number, N<100, determine how many quarters, dimes, nickels, and pennies make up N cents with the least amount of coins

To solve this problem, you can use the following visual logic steps:

1. Start
2. Declare variables for quarters, dimes, nickels, and pennies and set their initial values to 0.
3. Ask the user to enter a whole number less than 100 and store it in a variable called "N".
4. If N is greater than or equal to 25:
- Set the value of the quarters variable to N divided by 25.
- Update the value of N by subtracting the product of quarters and 25.
5. If N is greater than or equal to 10:
- Set the value of the dimes variable to N divided by 10.
- Update the value of N by subtracting the product of dimes and 10.
6. If N is greater than or equal to 5:
- Set the value of the nickels variable to N divided by 5.
- Update the value of N by subtracting the product of nickels and 5.
7. Set the value of the pennies variable to N.
8. Display the number of each coin that makes up N cents:
- Display "Quarters: " followed by the value of the quarters variable.
- Display "Dimes: " followed by the value of the dimes variable.
- Display "Nickels: " followed by the value of the nickels variable.
- Display "Pennies: " followed by the value of the pennies variable.
9. End

Here is the visual logic program that represents the steps described above:

```
START
|
|
QUARTERS=0 |
DIMES=0 |
NICKELS=0 |
PENNIES=0 |
|
|
INPUT N |
|
IF N>=25 |
| |
|(1) QUARTERS= N/25 |
|(2) N = N – QUARTERS*25 |
|
IF N>=10 |
| |
|(3) DIMES = N/10 |
|(4) N = N – DIMES*10 |
|
IF N>=5 |
| |
|(5) NICKELS = N/5 |
|(6) N = N – NICKELS*5 |
PRESENT RESULTS |
| |
|(7) PENNIES = N |
|(8) Display "Quarters:" + QUARTERS |
|(9) Display "Dimes:" + DIMES |
|(10) Display "Nickels:" + NICKELS |
|(11) Display "Pennies:" + PENNIES |
END |
```

This visual logic program takes the user input, divides it by the value of each coin, and subtracts the product from N. It continues this process until all the coins that make up N cents are determined. Finally, it displays the number of quarters, dimes, nickels, and pennies required to make up the given number of cents.

To build a program using Visual Logic that determines the number of coins required to make up a given amount, you can follow these steps:

1. Start by creating an input box in Visual Logic to prompt the user to enter a whole number (N) less than 100.
2. Store the user's input in a variable, let's call it "amount."
3. Initialize four variables for each coin denomination: quarters (Q), dimes (D), nickels (N), and pennies (P). Set them all to zero initially.
4. Implement a loop that subtracts the value of each coin denomination from the "amount" variable until the "amount" becomes zero.
a. Inside the loop, check if the "amount" is greater than or equal to 25 (for quarters).
- If it is, increment the "Q" variable by 1, subtract 25 from the "amount," and continue with the loop.
- If it's not, move to the next coin denomination.
b. Repeat the above process for each coin denomination (dimes, nickels, and pennies) with their respective values.
5. Once the loop completes and the "amount" becomes zero, display the values of the "Q," "D," "N," and "P" variables in a message box or output display to show the minimum number of coins required.

This program follows a greedy algorithm that prioritizes using the largest coin denomination first to achieve the minimum number of coins.

Note: Visual Logic is a flowchart-based programming language, and the instructions above outline the logic flow. You'll need to translate that to a Visual Logic flowchart using its specific syntax and functions.