/**
 * Create a function that takes two numbers as input and executes specific code depending on the modulus of the division
 * between them.
 *
 * @param num1 The first number.
 * @param num2 The second number.
 * @return A message indicating the specific operation executed based on the modulus.
 */
fun modulusExercise(num1: Int, num2: Int): String {

    return when (num1 % num2) {
        0 -> "The modulus is 0, which means the numbers are evenly divisible."
        1 -> "The modulus is 1, which means the remainder is 1 when dividing the numbers."
        2 -> "The modulus is 2, which means the remainder is 2 when dividing the numbers."
        3 -> "The modulus is 3, which means the remainder is 3 when dividing the numbers."
        4 -> "The modulus is 4, which means the remainder is 4 when dividing the numbers."
        5 -> "The modulus is 5, which means the remainder is 5 when dividing the numbers."
        else -> "The modulus is greater than 5."
    }
}
/**
 * Create a function that takes two numbers as input and executes specific code depending on the modulus of the division
 * between them.
 *
 * @param num1 The first number.
 * @param num2 The second number.
 * @return A message indicating the specific operation executed based on the modulus.
 */
fun modulusExercise(num1: Int, num2: Int): String {
/**
 * Create a function that takes two numbers as input and executes specific code depending on the modulus of the division
 * between them.
 *
 * @param num1 The first number.
 * @param num2 The second number.
 * @return A message indicating the specific operation executed based on the modulus.
 */
fun modulusExercise(num1: Int, num2: Int): String {

    return when (num1 % num2) {
        0 -> "The modulus is 0, which means the numbers are evenly divisible."
        1 -> "The modulus is 1, which means the remainder is 1 when dividing the numbers."
        2 -> "The modulus is 2, which means the remainder is 2 when dividing the numbers."
        3 -> "The modulus is 3, which means the remainder is 3 when dividing the numbers."
        4 -> "The modulus is 4, which means the remainder is 4 when dividing the numbers."
        5 -> "The modulus is 5, which means the remainder is 5 when dividing the numbers."
        else -> "The modulus is greater than 5."
    }
}