/**
 * As a psychologist, your task is to help your patient practice adding elements to a set. The exercise requires you to combine two sets and return the result.
 *
 * @param set1 The first set to be combined.
 * @param set2 The second set to be combined.
 * @return The combined set, without any duplicate elements.
 */
fun addElementsToSet(set1: Set<Any>, set2: Set<Any>): Set<Any> {

    // Initialize an empty set to store the combined elements
    val combinedSet = mutableSetOf<Any>()

    // Add elements from set1 to the combined set
    combinedSet.addAll(set1)

    // Add elements from set2 to the combined set
    combinedSet.addAll(set2)

    // Return the combined set
    return combinedSet
}
/**
 * As a psychologist, your task is to help your patient practice adding elements to a set. The exercise requires you to combine two sets and return the result.
 *
 * @param set1 The first set to be combined.
 * @param set2 The second set to be combined.
 * @return The combined set, without any duplicate elements.
 */
fun addElementsToSet(set1: Set<Any>, set2: Set<Any>): Set<Any> {
/**
 * As a psychologist, your task is to help your patient practice adding elements to a set. The exercise requires you to combine two sets and return the result.
 *
 * @param set1 The first set to be combined.
 * @param set2 The second set to be combined.
 * @return The combined set, without any duplicate elements.
 */
fun addElementsToSet(set1: Set<Any>, set2: Set<Any>): Set<Any> {

    // Initialize an empty set to store the combined elements
    val combinedSet = mutableSetOf<Any>()

    // Add elements from set1 to the combined set
    combinedSet.addAll(set1)

    // Add elements from set2 to the combined set
    combinedSet.addAll(set2)

    // Return the combined set
    return combinedSet
}