(4) pe (4,1) array, i.e. a column vector.

()8. integer array nums and an integer k, return the length of the shortest non-empty subarray of nums with a sum of at least k. If there is no such subarray, return -1. A subarray is a contiguous part of an array.   Example 1: Input: nums = [1], k = 1 Output: 1 Example 2: Input: nums = [1,2], k = 4 Output: -1 Example 3: Input: nums = [2,-1,2], k = 3 Output: 3.

ii) In JAVA language input the elements of an integer array A of size 10 and find the count of all hills in the array. A[i] is a Hill if A[i-1]A[i+1]. A[i] >= 0 All elements of the array are unique.

Define the following function that takes an array of integers to fill it with randomly created integers between the given range. The second argument of the function is the size of the array, "first" is the first value for random integers and "nums" is the number of terms in the given range. (i.e., when first is 10 and nums 35, the range will be between [10-44]) The function also returns the minimum value in this array. int myRandArr(int arr[], int size, int first, int nums); Write the main function to create an array and test your function. For this purpose, create and integer array between the range [-15-15] and display values together with the minimum value. Sample Output: Elements of randomly created array: 4 13 -11 -12 -2 The min of those values: -12

MIPS Assembly  The program: Write a function in MIPS assembly that takes an array of integers and finds local minimum points. i.e., points that if the input entry is smaller than both adjacent entries. The output is an array of the same size of the input array. The output point is 1 if the corresponding input entry is a relative minimum, otherwise 0. (You should ignore the output array's boundary items, set to 0.)  My code: # (Note: The first/last entry of the output array is always 0# since it's ignored, never be a local minimum.)# $a0: The base address of the input array# $a1: The base address of the output array with local minimum points# $a2: Size of arrayfind_local_minima:############################ Part 2: your code begins here ###la $t1, ($t2)la $t1, ($t2)move $a1, $s0 li $a2, 4jal find_local_minima print:ble $a2, 0, exitlw $a0, ($s0)li $v0, 1syscall addi $s0, $s0, 4addi $a2, $a2, -1 ############################ Part 2: your code ends here ###jr $ra I am not getting the correct…

now the pros and cons of using arrays vs. vectors. Know how to build and use a 2d vector. Know what the "at" function does if you try to access memory beyond the bounds of the array.

Mirrored Matrices Concepts Tested: iterating through multi-dimensional arrays, functions, function overloading Instructions:     1) Write a SET OF 3 OVERLOADED functions called flipMatrixHorizontal() that takes the following inputs:     a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in).     b) an array to put the flipped array values in     c) number of rows     d) number of columns   The function should reverse the ROWS (rotate around the horizontal axis)of the original array and put the new values in the flipped array.       2) Write a SET OF 3 OVERLOADED functions called flipMatrixVertical() that takes the following inputs:   a) a 2-dimensional array with any number of rows and 3, 4, or 5 columns (this is where the overloading comes in).   b) an array to put the flipped array values in   c) number of rows   d) number of columns   The function should reverse the COLUMNS (rotate around the vertical axis)of the original…

c++(Total Sales) Use a two-dimensional array to solve the following problem: A company has four salespeople (1 to 4) who sell five different products (1 to 5). Once a day, each salesperson passes in a slip for each type of product sold. Each slip contains the following: a.     The salesperson number b.    The product number c.     The total ringgit value of that product sold that day Thus, each salesperson passes in between 0 and 5 sales slips per day. Assume that the information from all the slips for last month is available.  Write an application that will read all this information for last month’s sales and summarize the total sales by salesperson and by product. All totals should be stored in the two-dimensional array sales. After processing all the information for last month, display the results in tabular format, with each column representing a salesperson an each row representing a particular product. Cross-total each row to get the total sales of each product for last month.…