Design an Array class to operate on and store any number of floating-point values. Write a constructor to accept the amount of floating-point values to dynamically create and a destructor that performs the necessary cleanup and de-allocation. Write an overloaded operator function to perform addition on 2 objects with the same number of floating-point values. Overload the operator to simply add the corresponding floating-point values between two Array objects. In addition, write an overloaded operator function to perform addition between an Array object and a single floating-point value (add the float to each of the array values). Override the default copy constructor and assignment operator to perform a deep-copy. Lastly, overload the output stream operator to print the state of an Array object. Write a small application, similar to the one shown below, to test your class. Write your Array class in separate source and header files and the application in a separate file.

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#include "Array.h"

Array::Array() {
    head = NULL;
    size = 0;   

Array::Array(int amount) {
    head = NULL;
    size = amount;
    if (amount > 0) {
       head = new Node;
       head->next = NULL;
       head->value = 0;
       Node * current = head;
       for (int i = 0; i < amount - 1; i++) {
            Node * tmp = new Node;
            tmp->next = NULL;
            tmp->value = 0;
            current->next = tmp;
            current = current->next;
       }// end for
    }// end if...

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