ONE-DIMENSIONAL ARRAY Instruction: There are two lists of numbers. Create a resultant list whose elements are the product of the elements of the two lists. Example: List A 21 50 List B 30 10 List C 630 500 Write a Java program using a one-dimensional array that accepts as input an integer value asking for the number of elements for each list. This will be used to generate random numbers (10 to 99) for the one-dimensional arrays (List A and List B). The program will compute for the product and store it in another array (List C). Display the result similar to the Example above.

Develop python program of function randomArray(m, n) that takes two integers as argument and returns a 2D m-by-n array with random elements in it. Develop python program of function adder(a1, a2) that reads two 2D arrays of the same size and returns an array that is the summation of a1 and a2. To add the two arrays, you need to add their elements, correspondingly. Develop a  python program of function inverseArray(a) that takes a 2D-array as argument and inverses the array. You will need to inverse the rows, first and then inverse the columns, next. For instance, if the array = [[2, 3, 4], [5, 6, 7]], the inverse will be = [[7, 6, 5], [4, 3, 2]]

1. Write a C++ program that accepts an array of numbers and determines and displays the largest number. See sample output below. Use dynamic memory allocation. Enter array size: 5 Enter 5 numbers: 5.92 1.92 3.96 9.8 6.4 The largest number is 9.8

4. Given an integer array arr[5] = {1,2,3,4,5}. Write a C program to swap the first and last element of the array and print the array in the output. Expected Output: Given array: 123 45 After Swapping: 5 2 3 4 1