Using Inheritance to Create a Derived Class in C++ Summary In this lab. you create a derived class from a base class. and then use the derived class in a C+ program. The program should create two Motorcycle objecta. and then set the Motorcycle's speed. accelerate the Motorcycle object. and check its sidecar status. Instructions 1. Ensure the file named Motorcycle.cpp is open in your editor. 2. Create the Motorcycle class by deriving it from the Vehicle class. Use a public derivation. 3. In the Motorcycle class. create a private attribute named sidecar. The sidecar attribute should be data type bool. 4. Write a public set method to set the value for sidecar. 5. Write a public get method to retrieve the value of sidecar. 6. Write a public accelerate() method. This method overrides the accelerate) method inherited from the Vehicle class. Change the message in the accelerate) method so the following is displayed when the Motorcycle tries to accelerate beyond its maximum speed: "This motoreycle cannot go that fast". 7. Open the file named MyMotorcycleClassProgram.opp. 8. In the MyMotoreycleClassProgram. create two Motorcycle objects named motoroycleOne and motorcyale Two. 9. Set the sidecar value of motorcycleone to true and the sidecar value of motoreycleTwo to false. 10. Set motoreycleOne's maximum speed to 90 and motorcyeleTwo's maximum speed to 85. 11. Set motorcycleone's current speed to 65 and motorcycleTwo's current speed to 60. 12. Accelerate motorcycleOne by 30 mph. and accelerate motoreycleTwo by 20 mph. 13. Print the current speed of motorcycleone and motorcycleTwo. 14. Determine if motorcycleOne and motorcycleTwo have sidecars. If yes. display the following: This motorcycle has a side car. If not, display the following: This motorcycle does not have a side car. 15. Execute the program by clicking the Run button at the bottom of the screen.

briefly explain this code #include<iostream>#include<string.h> using namespace std; class bank_account{int acno;char nm[100], acctype[100];float bal;public:bank_account(int acc_no, char *name, char *acc_type, float balance){acno=acc_no;strcpy(nm, name);strcpy(acctype, acc_type);bal=balance;}void deposit();void withdraw();void display();};void bank_account::deposit(){int damt1;cout<<"\n Enter Deposit Amount = ";cin>>damt1;bal+=damt1;}void bank_account::withdraw(){int wamt1;cout<<"\n Enter Withdraw Amount = ";cin>>wamt1;if(wamt1>bal)cout<<"\n Cannot Withdraw Amount";bal-=wamt1;}void bank_account::display(){cout<<"\n Name : "<<nm;cout<<"\n Account Type : "<<acctype;cout<<"\n Balance : "<<bal;}int main(){int acc_no;char name[100], acc_type[100];float balance;cout<<"\n Name : ";cin>>name;cout<<"\n Account Type : ";cin>>acc_type;cout<<"\n Balance : ";cin>>balance;bank_account…

Challenge 3: Vehicle.java, Automobile.java, Tank.java, Truck.java, Car.java, and TestVehicle.java Implement the classes that are given in the class diagram. Also implement a TestVehicle class where you will create three objects and execute their toString() methods. >> Automobile assignment2 a licensePlate: String make: String Automobile() Automobile(int,double, String, String) getLicensePlate(): String setLicense Plate(String):void ●getMake(): String setMake(String):void .toString(): String >> Ⓒ Truck assignment2 a towCapacity: double Truck() Truck(int, double, String, String, double) getTowCapacity():double setTowCapacity (double):void toString(): String Sample output > Vehicle assignment2 □ year: int weight: double Vehicle() Vehicle(int, double) getYear(): int setYear(int):void getWeight():double setWeight(double):void .toString(): String > Car assignment2 a maxPassengers: int Car() Car(int,double, String, String,int) getMaxPassengers() int setMaxPassengers (int):void toString():…

Question is in the image     #include <iostream> using namespace std; class Game {     public:     Game() {         cout <<"Game Started"<<endl;     }     //destructor goes here     }; class Quiz: public Game {     public:     Quiz() {         cout <<"Quiz Started"<<endl;     }     //destructor goes here     }; int main() {     Quiz q; }

c++ programming

/ CONSTANT//   static const int DEFAULT_CAPACITY = ____//     IntSet::DEFAULT_CAPACITY is the initial capacity of an//     IntSet that is created by the default constructor (i.e.,//     IntSet::DEFAULT_CAPACITY is the highest # of distinct//     values "an IntSet created by the default constructor"//     can accommodate).//// CONSTRUCTOR//   IntSet(int initial_capacity = DEFAULT_CAPACITY)//     Post: The invoking IntSet is initialized to an empty//           IntSet (i.e., one containing no relevant elements);//           the initial capacity is given by initial_capacity if//           initial_capacity is >= 1, otherwise it is given by//           IntSet:DEFAULT_CAPACITY.//     Note: When the IntSet is put to use after construction,//           its capacity will be resized as necessary.//// CONSTANT MEMBER FUNCTIONS (ACCESSORS)//   int size() const//     Pre:  (none)//     Post: Number of elements in the invoking IntSet is returned.//   bool isEmpty() const//     Pre:  (none)//…

// CONSTANT//   static const int DEFAULT_CAPACITY = __10__//     IntSet::DEFAULT_CAPACITY is the initial capacity of an//     IntSet that is created by the default constructor (i.e.,//     IntSet::DEFAULT_CAPACITY is the highest # of distinct//     values "an IntSet created by the default constructor"//     can accommodate).//// CONSTRUCTOR//   IntSet(int initial_capacity = DEFAULT_CAPACITY)//     Post: The invoking IntSet is initialized to an empty//           IntSet (i.e., one containing no relevant elements);//           the initial capacity is given by initial_capacity if//           initial_capacity is >= 1, otherwise it is given by//           IntSet:DEFAULT_CAPACITY.//     Note: When the IntSet is put to use after construction,//           its capacity will be resized as necessary.//// CONSTANT MEMBER FUNCTIONS (ACCESSORS)//   int size() const//     Pre:  (none)//     Post: Number of elements in the invoking IntSet is returned.//   bool isEmpty() const//     Pre:  (none)//…

code rectangel #include <iostream> using namespace std; class Rectangle{ private: double width; double length; static int numberOfObjects; public: Rectangle(); Rectangle(double , double); ~Rectangle(){cout<<"Destructor called "<<endl;} static void printNumberOfObjects(){ cout<<"number of objects: "<<endl;} void setDimention(double, double); double getWidth(); double getLength(); double getArea(); void printRectangle() const ; double getPerimeter(); }; int Rectangle::numberOfObjects=0; Rectangle::Rectangle(){ /*width = 0; length = 0;*/ cout<<"Default constructor called"<<endl; setDimention(0,0); numberOfObjects++; } Rectangle::Rectangle(double w, double l){ /* if(w>=0)// validation on the input width= w; else width=0; if(l>=0) length = l; else length= 0;*/ cout<<"constructor with parameters called"<<endl; setDimention(w,l); numberOfObjects++; } void Rectangle::setDimention(double W, double L){ if(W>=0)// validation on the…