When a car drives, the odometer is updated. Use the concept of keeping a total to...

 

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When a car drives, the odometer is updated. Use the concept of "keeping a total" to track the total miles driven. Rearrange the following lines to produce a class that keeps and updates such a total. First show the constructor, then the member functions. } private: odometer double Car::get_odometer() const { } = odometer = 0; odometer + miles; Unused Car::Car() { return odometer; void Car::drive (double miles) { class Car { void drive (double miles); public: Car(); } double get_odometer() const; double odometer; main.cpp #include <iostream> using namespace std; int main() { } Car car; cout << "Odometer before trip: "; cout << car.get_odometer() << endl; double miles; while(cin >> miles) { } Load default template... car.drive (miles); cout << "Odometer after << miles << miles: "; cout << car.get_odometer() << endl; return 0; "1 When a car drives, the odometer is updated. Use the concept of "keeping a total" to track the total miles driven. Rearrange the following lines to produce a class that keeps and updates such a total. First show the constructor, then the member functions. } private: odometer double Car::get_odometer() const { } = odometer = 0; odometer + miles; Unused Car::Car() { return odometer; void Car::drive (double miles) { class Car { void drive (double miles); public: Car(); } double get_odometer() const; double odometer; main.cpp #include <iostream> using namespace std; int main() { } Car car; cout << "Odometer before trip: "; cout << car.get_odometer() << endl; double miles; while(cin >> miles) { } Load default template... car.drive (miles); cout << "Odometer after << miles << miles: "; cout << car.get_odometer() << endl; return 0; "1

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