#include<stdio.h>

void Getnum(int num)
{
	printf("Please enter a number between 5 and 95 in cents\n");
	scanf("%d%*c", &num);
}

void DoCalc(int &num, int value)
{
	value = 0;

	while(num >= 50)
	{
		num = num - 50;
		value++;
	}

	while(num >= 20)
	{
		num = num - 20;
		value++;
	}

	while(num >= 10)
	{
		num = num - 10;
		value++;
	}

	while(num >= 5)
	{
		num = num - 50;
		value++;
	}	
	return;
}

void PrintCal(int &value)
{
	printf("(Fifty: %d\n" ,value);
	printf("Twenty: %d\n" ,value);
	printf("Ten: %d\n" ,value);
	printf("Five: %d\n" ,value);
	return;
}

int main()
{
	int num;
	int value;

	Getnum(num);
	DoCalc((num, value));
	PrintCal(value);

	return(0);
}

#include<stdio.h>

void Getnum1(int &num1)
{
	printf("Please enter a number between 5 and 95 in cents\n");
	scanf("%d%*c", &num1);
}

void DoCalc(int num1)
{
	int fifty = 0;
	int twenty = 0;
	int ten = 0;
	int five = 0;

	while(num1 > 0 && num1 >= 50)
	{
		num1 = num1 - 50;
		fifty++;
		printf("Fifty: %d\n" ,fifty);
	}

	while(num1 > 0 && num1 >= 20)
	{
		num1 = num1 - 20;
		twenty++;
		printf("Twenty: %d\n" ,twenty);
	}

	while(num1 > 0 && num1 >= 10)
	{
		num1 = num1 - 10;
		ten++;
		printf("Ten: %d\n" ,ten);
	}

	while(num1 > 0 && num1 >= 5)
	{
		num1 = num1 - 50;
		five++;
		printf("Five: %d\n" ,five);
	}	
	return;
}

int main()
{
	int num1;

	Getnum1(num1);
	DoCalc(num1);

	return(0);
}

#include <iostream>
#include <cstdlib>
using namespace std;

void makeChange(float cost, float payment, float& change,
                int& twentiesInTill, int& tensInTill, int& fivesInTill,
                int& dollarsInTill, int& quartersInTill, int& dimesInTill,
                int& nickelsInTill, int& penniesInTill, int& twentiesInChange,
                int& tensInChange, int& fivesInChange, int& dollarsInChange,
                int& quartersInChange, int& dimesInChange,
                int& nickelsInChange, int& penniesInChange) 
/*
 * For a purchase 'cost' and payment tendered in 'payment', makeChange
 * calculates and returns 'change' and the number of each individual
 * banknote or coin contained in that change from twenty dollar
 * banknotes to pennies as well as the resulting quantity for each
 * coin and currency remaining in the till.
 *
 * pure import parameters:
 *    cost - the cost of the item purchased
 *    payment - the payment tendered for the purchased item
 * pure export parameters:
 *    change - difference between the cost and payment
 *    twentiesInChange - the number of twenty dollar banknotes in change
 *    tensInChange - the number of ten dollar banknotes in change
 *    fivesInChange - the number of five dollar banknotes in change
 *    dollarsInChange - the number of one dollar banknotes or coins in change
 *    quartersInChange - the number of quarter dollar coins in change
 *    dimesInChange - the number of dime coins in change
 *    nickelsInChange - the number of nickel coins in change
 *    penniesInChange - the number of penny coins in change
 * import/export parameters
 *   (Each of the following initially contain as import parameters the
 *   number of the respective coin or currency in the till prior to the
 *   transaction.  As export parameters, they each contain the number of
 *   the respective coin or currency in the till following the transaction.
 *   Because of the problem simplification, the amount remaining of each
 *   quantity is simply what was there prior to the transaction minus the
 *   number given out in change.)
 *    twentiesInTill - the number of twenty dollar banknotes in the till
 *    tensInTill - the number of ten dollar banknotes in the till
 *    fivesInTill - the number of five dollar banknotes in the till
 *    dollarsInTill - the number of one dollar banknotes or coins in the till
 *    quartersInTill - the number of quarter dollar coins in the till
 *    dimesInTill - the number of dime coins in the till
 *    nickelsInTill - the number of nickel coins in the till
 *    penniesInTill - the number of penny coins in the till
 *
 * If the change in pennies to be returned to the customer is 4605 (representing
 * $46.05 in change) and twentiesInTill is at least 2, then twentiesInChange
 * would be set to 2 (which would be subtracted from twentiesInTill) and the
 * change in pennies would become 605. However, if there were only 1
 * twenty-dollar note in the till, that would be given in the change instead.
 * twentiesInTill would then be zero; twentiesinChange would be set to 1 and
 * the change in pennies would become 2605.
 
 * The total number of banknotes and coins provided in the change is minimised.
 */
{

}

int main()
{
    return 0;
}