/**
 * Given a list of elements and a set of divisors, divide each element of the list by the corresponding divisor in the set
 * and assign the result back to the element in the list.
 *
 * @param elements List of elements to be divided and assigned.
 * @param divisorsSet Set of divisors to divide the elements.
 */
fun multiplyAndAssign(elements: MutableList<Double>, divisorsSet: Set<Double>) {

    // Check if the lengths of the elements list and divisors set are the same
    if (elements.size != divisorsSet.size) {
        println("The number of elements and divisors must be the same.")
        return
    }

    // Iterate over each element and its corresponding divisor in parallel using the zip() function
    for ((index, divisor) in divisorsSet.withIndex()) {
        val element = elements[index]

        // Check if the divisor is zero
        if (divisor == 0.0) {
            println("Cannot divide by zero.")
            return
        }

        // Divide the element by the divisor using the division assignment operator
        elements[index] = element / divisor
    }

    // Print the updated elements list
    println("Updated elements: $elements")
}
/**
 * Given a list of elements and a set of divisors, divide each element of the list by the corresponding divisor in the set
 * and assign the result back to the element in the list.
 *
 * @param elements List of elements to be divided and assigned.
 * @param divisorsSet Set of divisors to divide the elements.
 */
fun multiplyAndAssign(elements: MutableList<Double>, divisorsSet: Set<Double>) {
/**
 * Given a list of elements and a set of divisors, divide each element of the list by the corresponding divisor in the set
 * and assign the result back to the element in the list.
 *
 * @param elements List of elements to be divided and assigned.
 * @param divisorsSet Set of divisors to divide the elements.
 */
fun multiplyAndAssign(elements: MutableList<Double>, divisorsSet: Set<Double>) {

    // Check if the lengths of the elements list and divisors set are the same
    if (elements.size != divisorsSet.size) {
        println("The number of elements and divisors must be the same.")
        return
    }

    // Iterate over each element and its corresponding divisor in parallel using the zip() function
    for ((index, divisor) in divisorsSet.withIndex()) {
        val element = elements[index]

        // Check if the divisor is zero
        if (divisor == 0.0) {
            println("Cannot divide by zero.")
            return
        }

        // Divide the element by the divisor using the division assignment operator
        elements[index] = element / divisor
    }

    // Print the updated elements list
    println("Updated elements: $elements")
}