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Please code in python Kiki is making “Happy National Pizza Day” (February 9th) cards for all of her friends. She’s a bit disappointed with the cards not looking special enough, so she decides to add glitter to them to make them look more special. However, she’s short on glitter, so she decides to add glitter selectively. She uses a box with N*N divided sections to store her cards. Each section is huge and each card is small, so she can put multiple cards in a given section and they will never overlap. We model the way that she organizes the cards and adds glitter using two commands: Command 1:       1  x  y: add a card to the box in section (x, y). Command n:       2  x1  y1  x2  y2: Add one unit of glitter to each of the cards in the sections from (x1, y2) to (x2, y2). Help Kiki determine the total number of units of glitter that she placed on the cards. Input The first line will contain N (1 <= N <= 500) and C (1 <= C <= 500 ), the square size of the card storage box…

17: recursion.cpp) Write two recursive integer functions. The first function should calculate factorials using the definition 0! = 1 and n! = (n-1)! x n. In addition, if n is too large it should be able to detect integer overflow before it happens. The next function should calculate the greatest common factor (gcf) of two numbers. If the second number is zero, then the gcf is the other number. Otherwise, the gcf of a and b is the same as the gcf of b and a mod b.

python: numpy  def coupons(my_list, on_sale, prices):    '''    QUESTION 5    It's the time of week to go grocery shopping again!    Given three arrays, one of what's on sale, one of your own list, and one of the prices, return an array of the items on your list that are    on sale and more than five dollars. You have MORE coupons than you have groceries on your list- make sure to only use the coupons    that correspond to your list.     THIS MUST BE DONE IN ONE LINE    Hint: use masking and slicing     Args:        my_list(np.array)        on_sale(np.array)        prices(np.array)     Return:        np.array     >>> my_list = np.array(["eggs", "2% milk", "green onions", "whole wheat bread",                            "onions", "spinach", "peanut butter", "boxed spaghetti",                            "salt and vinegar chips", "alfredo sauce"])    >>> on_sale = np.array([True, False, True, True, True, True, False, False, False, True, False, True, False])…

6) Write a program that declares a 10-element integer array. Initialise the arrays with the values: 10, 20, 30, 40, 50, 60, 70, 80, 90, 100 using a for loop. Then output the array values.

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