Create a program to input integer from 1 to 9,999 (Range) and to output the inputted number in words. If input is out of range, error message will be: “INVALID INPUT". USE ARRAYS for your solutions.

Write a snippet of code that calculates the sum of all array elements falling within the range lower limit...upper limit (inclusive). In other words, when the array element is outside of the range, don't add it to the sum. Put the sum in the EAX register. Then display it on the console; by calling DumpRegs, or according to your won output display design for ease of read format. Use the following pair of range variables, and given data sets for your test cases: .datalowerLimit dword 20upperLimit dword 40array_1 sdword 10,30,25,15,17,19,40,41,43array_2 sdword 10,-30,25,15,-17,55,40,41,43

You can see in the above display, we first sort each row of the 2D array; we then take the transpose of a two D array, i.e., all the row elements becoming the column elements; we then sort each row of the 2D again. If you read the final array, each row is sorted; each column is also sorted. The smallest element obviously is the 1st element of the two D array and the last element is the largest element of a two D array. Let us now look at the following UML diagram: (Note that additional methods are allowed; proposed methods and instance variable cannot be changed)   Main method firstly constructs a 2D array of certain sizes and then construct a TwoD object and drive the task according to the above runtime interactions and displays. TwoD class has only one instance variable which is a two D array of numbers ( int or double). The constructor must do some “deep” copying.  A copy constructor. The other three methods are obvious in definition: to sort each row, to rotate the 2D array (i.e.,…

We'll go over array notation writing in this part.