// Kevin Comer CS 101_25698
// Currency
// This purpose of this program is to convert US dollars to Euros and the 
// Philippine Peso.
 
#include <iostream>
#include <iomanip>
 
using namespace std;
 
int main() 
{
	// First, I define my variables. I'll need variables for the following
	// figures: (1) USdollar, (2) PESO_PER_DOLLAR and (3) EUROS_PER_DOLLAR
	// I'll need to initialize both Pesos and Euros so the program can 
	// multiply both by the dollar amount the user inputs.
 
	double dollar;
	double PESO_PER_DOLLAR = 49.39 * dollar;
	double EUROS_PER_DOLLAR = 00.87 * dollar;
 
	// Now that I've definied the three variables I'll need for the program 
	// to compute the conversion, I'll enable the user to input the dollar 
	// amount.
	// I use "showpoint" to ensure decimals are included in my total, while
	// "Setprecision(2)" sets my decimal point total to 2. I also want
	// to ensure all figures appear in fixed notation, and not scientific
	// notation, so I use the precision manipulator "fixed."
 
	cout << "Please enter the amount of US currency to convert: $";
	cout << fixed << showpoint << setprecision(2);
	cin >> dollar;
	cout << endl;
 
 
	// Now the program computes the amount, which it then displays.
 
	cout << "The value of " << dollar << " US dollars is equivalent to "; 
	cout << PESO_PER_DOLLAR << " Philippine Peso and ";
	cout << EUROS_PER_DOLLAR << " Euros." << endl;
 
	system("pause");
 
	return 0;
}

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