7) Assume the declaration of Exercise 6, shown below. (6 pts) class yClass mmmmm { public:...

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7) Assume the declaration of Exercise 6, shown below. (6 pts) class yClass mmmmm { public: void one(); void two(int, int); yClass(); private: int a; int b; }; class xClass: public yClass { public: }; void one(); xClass(); private: int z; yClass y; xClass x; a. Write the definition of the default constructor of yClass so that the private data members of yClass are initialized to 0. b. Write the definition of the default constructor of xClass so that the private data members of xClass are initialized to 0. c. Write the definition of the member function two of yClass so that the private data member a is initialized to the value of the first parameter of two, and the private data member b is initialized to the value of the second parameter of two. 7) Assume the declaration of Exercise 6, shown below. (6 pts) class yClass mmmmm { public: void one(); void two(int, int); yClass(); private: int a; int b; }; class xClass: public yClass { public: }; void one(); xClass(); private: int z; yClass y; xClass x; a. Write the definition of the default constructor of yClass so that the private data members of yClass are initialized to 0. b. Write the definition of the default constructor of xClass so that the private data members of xClass are initialized to 0. c. Write the definition of the member function two of yClass so that the private data member a is initialized to the value of the first parameter of two, and the private data member b is initialized to the value of the second parameter of two.

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a Define the default constructor of yClass C yClassyClass a 0 b 0 This constructor simply sets the values of the private data members a and b to 0 b Define the default constructor of xClass C xClassxC... View the full answer