square(n) {
return n*n
}
cube(n) {
return n*n*n
}
Loop
prompt "n: "
read n
exit loop if n == 0
s = square(n)
c = cube(n)
print n,s,c
end loop
return n*n
}
cube(n) {
return n*n*n
}
Loop
prompt "n: "
read n
exit loop if n == 0
s = square(n)
c = cube(n)
print n,s,c
end loop
1. Initialize a variable `number` to store the user input.
2. Enter a continuous loop which repeats until the user enters 0.
3. Within the loop, prompt the user to enter a numeric value.
4. Read the user input and store it in the `number` variable.
5. Check if the `number` is equal to 0. If true, exit the loop.
6. Call the square method, passing the `number` as an argument.
7. Call the cube method, passing the `number` as an argument.
8. Display the results of squaring and cubing the number.
9. Repeat the loop to prompt the user for another numeric value.
Below is an example of how these steps can be implemented in Java:
```java
import java.util.Scanner;
public class NumberOperations {
public static void main(String[] args) {
Scanner scanner = new Scanner(System.in);
int number;
while (true) {
System.out.print("Enter a numeric value (0 to exit): ");
number = scanner.nextInt();
if (number == 0) {
break;
}
int squared = square(number);
int cubed = cube(number);
System.out.println("Squared value: " + squared);
System.out.println("Cubed value: " + cubed);
}
scanner.close();
}
public static int square(int number) {
return number * number;
}
public static int cube(int number) {
return number * number * number;
}
}
```
In this program, we use a `Scanner` object to read user input. The `square` and `cube` methods are created to perform the respective calculations. The `while` loop continues until the user enters 0, and in each iteration, it calculates the squared and cubed values of the input number and displays the results.