int main()

{

Polar firstPoint, secondPoint, result;

double first, second;

cout

cin >> first >> second;

firstPoint.set(first, second);

firstPoint.print();

cout

cin >> first >> second;

secondPoint.set(first, second);

secondPoint.print();

result = firstPoint.add(secondPoint);

cout

result.print();

return 0;

}

av V W PATEL The point in Cartesian form is (9.32398, 11.75), and in polar form is (15, 0.900014 Problem#2: Create a class called Polar to find the equivalent representation of a Cartesian point in the polar coordinates system Use double variables to represent the private data of the class. Implement all the relevant public member functions (e.g.: set, get, print, ...). Implement the public member function add which does the operation described in problem #1 The following driver produces the given sample of input/output: int main() { Polar firstPoint, secondPoint, result; double first second; cout > first >> second; firstPoint.set(first, second); firstPoint.print(); cout > first >> second; secondPoint.set(first, second): secondPoint.printo: result = firstPoint.add(secondPoint): cout