Consider the following definition of the class myClass: class myClass { public: void...

Consider the following definition of the class myClass:

class myClass

{

public:

void setX(int a);

//Function to set the value of x.

//Postcondition: x = a;

void printX() const;

//Function to output x.

static void printCount();

//Function to output count.

static void incrementCount();

//Function to increment count.

//Postcondition: count++;

myClass(int a = 0);

//constructor with default parameters

//Postcondition x = a;

//If no value is specified for a, x = 0;

private:

int x;

static int count;

};

a. Write a C++ statement that initializes the member variable count to 0.

b. Write a C++ statement that increments the value of count by 1.

c. Write a C++ statement that outputs the value of count.

d. Write the definitions of the functions of the class myClass as described in its definition.

e. Write a C++ statement that declares myObject1 to be a myClass object and initializes its member variable x to 5.

f. Write a C++ statement that declares myObject2 to be a myClass object and initializes its member variable x to 7.

g. Which of the following statements are valid? (Assume that myObject1 and myObject2 are as declared in Parts e and f.)

myObject1.printCount(); //Line 1

myObject1.printX(); //Line 2

myClass.printCount(); //Line 3

myClass.printX(); //Line 4

myClass::count++; //Line 5

h. Assume that myObject1 and myObject2 are as declared in Parts e and f. What is the output of the following C++ code?

myObject1.printX();

cout << endl;

myObject1.incrementCount();

myClass::incrementCount();

myObject1.printCount();

cout << endl;

myObject2.printCount();

cout << endl;

myObject2.printX();

cout << endl;

myObject1.setX(14);

myObject1.incrementCount();

myObject1.printX();

cout << endl;

myObject1.printCount();

cout << endl;

myObject2.prin