Write a C++ program to add two distances using the following structure

1.	Write a C++ program to add two distances using the following structure definition, struct Distance!int feet;float inch;}d1, d2, sum;
Answer» int main() { cout<<“Enter 1st distance:”<<end1; cout<<“Enter feet:”; cin>>d1.feet; cout <<“Enter inch:”; cin >> d1.inch; cout << “\n information for 2nd distance:” << end1; cout<<“Enter feet:”; cin >> d2.feet; cout <<“Enter inch:”; cin >> d2.inch; sum.feet = d1 . feet + d2.feet; sum.inch = d1.inch + d2.inch; if (sum.inch > 12) { ++ sum.feet; sum.inch = 12; } cout << end1; “Sum of distance = ” << sum.feet << “feet” << sum.inch <<“inches”; return 0; } Output: Enter 1 st distance Enter feet: 6 Enter inch: 3.4 Enter 2nd distance Enter feet: 5 Enter inch: 10.2 Sum of distances = 12 feet 1.6 inches

Write a C++ program to add two distances using the following structure definition, struct Distance!int feet;float inch;}d1, d2, sum;

Answer»

int main()

{

cout<<“Enter 1st distance:”<<end1;

cout<<“Enter feet:”; cin>>d1.feet;

cout <<“Enter inch:”; cin >> d1.inch;

cout << “\n information for 2nd distance:” << end1;

cout<<“Enter feet:”; cin >> d2.feet;

cout <<“Enter inch:”; cin >> d2.inch;

sum.feet = d1 . feet + d2.feet;

sum.inch = d1.inch + d2.inch;

if (sum.inch > 12)

{

++ sum.feet;

sum.inch = 12;

}

cout << end1; “Sum of distance = ” <<

sum.feet << “feet” << sum.inch <<“inches”;

return 0;

}

Output:

Enter 1 st distance

Enter feet: 6

Enter inch: 3.4

Enter 2nd distance

Enter feet: 5

Enter inch: 10.2

Sum of distances = 12 feet 1.6 inches