Flow A->B     Flow B->A     Not flow

#include <stdio.h>#include <stdlib.h> //declaring variables globally to calculate coinsint cent50 = 0;int cent20 = 0;int cent10 = 0;int cent05 = 0; //calculate change//pass change variable by addressvoid calculateChange(int* change) {//calculate change only if change is positiveif(*change > 0) {if(*change >= 50) {*change -= 50;cent50++;}else if(*change >= 20) {*change -= 20;cent20++;}else if(*change >= 10) {*change -= 10;cent10++;}else if(*change >= 05) {*change -= 05;cent05++;}//call calculateChange recursively calculateChange(change);}} // function to display the cents valuesvoid printChange() { if(cent50)printf("\n50 Cents : %d coins", cent50);if(cent20)printf("\n20 Cents : %d coins", cent20);if(cent10)printf("\n10 Cents : %d coins", cent10);if(cent05)printf("\n05 Cents : %d coins", cent05);//reset all cent variables with 0cent50 = 0;cent20 = 0;cent10 = 0;cent05 = 0; } //take change input from user//change variable passed addressvoid TakeChange(int*…

function main() { # ist: input numbers #w: outer for loop index # X: inner for loop index # y: number of parsmeters # min: index for max value at the time of iteration # buf: used for swapping ____________________a _______  #declare local vars  let=___________b___ #intialize aary with the parametrs  y= _______c___  # find the lenght of lstfor((________________)); do min=________e_____ # intialize main index  for ((___________f_______)); do            # find index for main value in one line. use a short tets.      _________g_____done  # swap- two values using two indices, min and outerloop # use buf to hold value when swapping ________________h________  # move min lst [.] to buf  ________________i_______ # move lst[.] to lst[.] _________________j_____ # move buf to lst[.]done}main "@" # pass the input parameters to the function main# end of bash script show me the ss when u run chatgpt doesnt give right code

# Question 4def costume_rating(costume_color, bling_value):    """    Returns a function that calculates the number of candies to return based on    the costume color, bling value, and phrase length.     Args:        costume_color (str): The color of your costume. Must be one of 'blue',        'red', 'green', 'yellow', 'purple', or 'orange'.        bling_value (int): Represents how shiny your costume is. Must be a        positive integer.     Returns:        A function that takes in one parameter:            phrase (str): The phrase said by the trick-or-treater.     >>> costume_rater = costume_rating('blue', 5)    >>> costume_rater('19 Character Phrase')    85    >>> costume_rater('e')    0    >>> costume_rater('seven c')    1     >>> costume_rater = costume_rating('orange', 8)    >>> costume_rater('hello i want candy')    14     >>> costume_rater = costume_rating('yellow', 5)    >>> costume_rater('please give me…

A(n) ___________________ is used within a simple condition to compare two values.   A index   B relational operator   C data type   D logical operator

Write code that calls the PrintChart function, passing dataValues as an argument.

It is customary to start the name of an accessor with ____ and the name of a mutator with _____

In C++

Sum of two squares def sum_of_two_squares(n): Some positive integers can be expressed as a sum of two squares of some positive integers greater than zero. For example, 74 = 49 + 25 = 72 + 52. This function should find and return a tuple of two positive integers whose squares together add up to n, or return None if the parameter n cannot be broken into a sum of two squares. To facilitate the automated testing, the returned tuple must present the larger of its two numbers first. Furthermore, if some integer can be broken down to a sum of squares in several ways, return the breakdown that maximizes the larger number. For example, the number 85 allows two such representations 72 + 62 and 92 + 22 , of which this function must return (9, 2). The technique of two approaching indices that start from the beginning and end of a sequence, respectively, and approach each other until they meet somewhere, used in the function two_summers in one of our class examples, is directly applicable to this…

Sum of two squares def sum_of_two_squares(n): Some positive integers can be expressed as a sum of two squares of some positive integers greater than zero. For example, 74 = 49 + 25 = 72 + 52. This function should find and return a tuple of two positive integers whose squares together add up to n, or return None if the parameter n cannot be broken into a sum of two squares.To facilitate the automated testing, the returned tuple must present the larger of its two numbers first. Furthermore, if some integer can be broken down to a sum of squares in several ways, return the breakdown that maximizes the larger number. For example, the number 85 allows two such representations 72 + 62 and 92 + 22 , of which this function must return (9, 2).The technique of two approaching indices that start from the beginning and end of a sequence, respectively, and approach each other until they meet somewhere, used in the function two_summers in one of our class examples, is directly applicable to this…