void main(){
rational r1= makerational(10,3);
rational r2= makerational(10,3);
rational sum= add_rational(r1,r2);
rational mul=mul_rational(r1,r2);
rational equal = equal_rational(r1,r2);
printf("The rank is %d/%d\n",sum.numerator,sum.denominator);
printf("The product is %d/%d\n",mul.numerator,mul.denominator);
}
int main(void) {
struct rational a = make_rational(1, 8); /* a=1/8 */
struct rational b = make_rational(-1, 8); /* b=-1/8 */
print_rational(a);
print_rational(b);
print_rational(add_rational(a, b));
print_rational(sub_rational(a, b));
print_rational(mul_rational(a, b));
print_rational(div_rational(a, b));
return 0;
}
int main()
{
rational r1=make_rational(1,3);
rational r2=make_rational(3,9);
rational r3=add_rational(r1,r2);
rational r4=product_rational(r1,r2);
equal_rational(r1,r2);
printf("The product of rational numbers is %d/%d.\n",r4.numerator,r4.denomenator);
printf("The sum of rational number is %d/%d.",r3.numerator,r3.denomenator);
}
int main(void)
{
struct rational a = make_rational(1, 8);
struct rational b = make_rational(-1, 8);
print_rational(add_rational(a, b));
print_rational(sub_rational(a, b));
print_rational(mul_rational(a, b));
print_rational(div_rational(a, b));
return 0;
}
