Write code in C Add the following prototype functions to sou

Write code in C++

Add the following prototype functions to source code and make it work/run in Visual Studio : addFraction() , subFraction() , divFraction(). I already have multiply working. In other words, along with multiplying the two fractions, also make the two fractions add, subtract, and divide. Source code is below.

// ConsoleApplication30.cpp : Defines the entry point for the console application.
//

#include \"stdafx.h\"
#include <iostream>

using namespace std;

struct FRACTION
{
   int num;
   int den;
};
//multiply
FRACTION multiply(FRACTION f1, FRACTION f2)
{
   FRACTION f3;
   // multiply the numerator
   f3.num = ((f1.num)*(f2.num));
   // multiply the denominator
   f3.den = ((f1.den) * (f2.den));
   return f3;
}
//read fraction
FRACTION getFraction()
{
   FRACTION f;
   cout << \"Enter numerator :\";
   cin >> f.num;
   cout << \"Enter denominator :\";
   cin >> f.den;
   return f;
}
int main(int argc, char *argv[])
{
   int sum, difference, product, quotient;
   FRACTION f1, f2, f3;
   f1 = getFraction();
   f2 = getFraction();
   //multiply fraction
   f3 = multiply(f1, f2);
   //print
   cout << \"Fraction \" << f1.num << \"/\" << f1.den << \" * \" << f2.num << \"/\" << f2.den << \" = \" << f3.num << \"/\" << f3.den << endl;
   return 0;
}

Solution

Here is the update for you:

// ConsoleApplication30.cpp : Defines the entry point for the console application.
//#include \"stdafx.h\"
#include <iostream>
using namespace std;
struct FRACTION
{
int num;
int den;
};
//addition
FRACTION addFraction(FRACTION f1, FRACTION f2)
{
FRACTION f3;
// update the numerator
f3.num = ((f1.num)*(f2.den) + (f1.den)*(f2.num));
// update the denominator
f3.den = ((f1.den) * (f2.den));
return f3;
}
//subtraction
FRACTION subFraction(FRACTION f1, FRACTION f2)
{
FRACTION f3;
// update the numerator
f3.num = ((f1.num)*(f2.den) - (f1.den)*(f2.num));
// update the denominator
f3.den = ((f1.den) * (f2.den));
return f3;
}
//divide
FRACTION divFraction(FRACTION f1, FRACTION f2)
{
FRACTION f3;
// update the numerator
f3.num = ((f1.num)*(f2.den));
// update the denominator
f3.den = ((f1.den) * (f2.num));
return f3;
}
//multiply
FRACTION multiply(FRACTION f1, FRACTION f2)
{
FRACTION f3;
// multiply the numerator
f3.num = ((f1.num)*(f2.num));
// multiply the denominator
f3.den = ((f1.den) * (f2.den));
return f3;
}
//read fraction
FRACTION getFraction()
{
FRACTION f;
cout << \"Enter numerator :\";
cin >> f.num;
cout << \"Enter denominator :\";
cin >> f.den;
return f;
}
int main(int argc, char *argv[])
{
int sum, difference, product, quotient;
FRACTION f1, f2, f3;
f1 = getFraction();
f2 = getFraction();
//multiply fraction
f3 = multiply(f1, f2);
//print
cout << \"Fraction \" << f1.num << \"/\" << f1.den << \" * \" << f2.num << \"/\" << f2.den << \" = \" << f3.num << \"/\" << f3.den << endl;
return 0;
}