please answer the promt using python: The random.choice(card_values) function will return: 6, 11, 4, 4, 10, 8, 7, 10, 2 . Which statement would get executed? Select one: A. print("Blackjack! You have 21!") B. print("You went over 21!") C. print("You stopped at: ", sum) D. None of these

get_column_choice(): this function will allow us to ask the players which pocket they want to grab stones from. Since we know which row they are grabbing from (since it is not allowed to grab stones from your opponent’s side), we only need to get the column they want. As previously stated, we are using letters to represent the columns to make it easier on the player. This function accepts the current player (should be a 0 or 1), the board, and a list of letters (the same as the list you passed to the print_game_board function) and it will return the index of the column being chosen. The function should ask the player to enter a column letter, then it should check that the conditions listed below hold. If they don’t meet these conditions, it should ask again until it gets a valid letter, otherwise it should return the corresponding column index for that letter.  Letter entered must be on the game board. It can be lower case or upper case. (Hint: this doesn’t need to be hard coded,…

Whoever must play, cannot play def subtract_square(queries): Two players play a game of "Subtract a square", starting with a positive integer. On their turn to play, each player must subtract some square number (1, 4, 9, 16, 25, 36, 49, ...) from the current number so that the result does not become negative. Under the normal play convention of these games, the player who moves to zero wins, leaving his opponent stuck with no possible moves. (In the misère version of the game that has otherwise identical rules but where you win by losing the original game, these definitions would be adjusted accordingly.) This and many similar combinatorial games can be modelled with recursive equations. This game is an example of an impartial game since the moves available to both players are exactly the same, as opposed to “partisan games” such as chess where each player can only move pieces of one colour. A game state is therefore determined by the remaining number alone, but not by which player has…

def division_calculator(a, b):    '''    Question 4    You are asked to write a small division calculator, where you are taking 'a'    as  dividend and 'b' as the divider. You will need to return both the    quotient and the remainder.    Your returned result should be the: "a is divided by b, with the quotient    equals 'quotient' and remainder equals 'remainder'"     Note: You must use f-string to do this question.     Args:        a (int), b (int)    Returns:        string     >>> division_calculator(3, 1)        "3 is divided by 1, with the quotient equals 3 and remainder        equals 0."     '''       # print(division_calculator(9, 3))