Here is an prototype for a working class OldCellPhone that has no errors: class Old_cell_phone (...

 

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Here is an prototype for a working class OldCellPhone that has no errors: class Old_cell_phone ( public: const int MIN_CAP = 10; const int MAX_CAP 1000; private: string description; int mem_capacity; bool with_camera; bool with gps; public: Old_cell_phone (int mem, bool cam, bool gps); bool set_mem_capacity (int mem); void set_camera( bool has_cam) { camera = has_cam; } void set gps( bool has gps) { gps = has_gps; } }; A programmer decides to add a method add_memory() whose job it will be to increase the private int mem_capacity by an amount specified by the client as long as the new, increased memory capacity after increasing it is still <=MAX_CAP. Otherwise, it will not touch mem_capacity. Check the true statements (there may be more than one correct answer, or may be only one): If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(my_cell(30) ); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my cell, by using the syntax: my_cell.add_memory(30); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(30); Here is an prototype for a working class OldCellPhone that has no errors: class Old_cell_phone ( public: const int MIN_CAP = 10; const int MAX_CAP = 1000; private: string description; int mem_capacity; bool with_camera; bool with gps; public: Old_cell_phone (int mem, bool cam, bool gps); bool set_mem_capacity (int mem); void set_camera( bool has_cam) { camera = has_cam; } void set gps( bool has gps) { gps = has_gps; } }; A programmer decides to add a method add_memory() whose job it will be to increase the private int mem_capacity by an amount specified by the client as long as the new, increased memory capacity after increasing it is still <= MAX_CAP. Otherwise, it will not touch mem_capacity. Check the true statements (there may be more than one correct answer, or may be only one): If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(my_cell(30) ); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: my_cell.add_memory(30); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(30); Here is an prototype for a working class OldCellPhone that has no errors: class Old_cell_phone ( public: const int MIN_CAP = 10; const int MAX_CAP 1000; private: string description; int mem_capacity; bool with_camera; bool with gps; public: Old_cell_phone (int mem, bool cam, bool gps); bool set_mem_capacity (int mem); void set_camera( bool has_cam) { camera = has_cam; } void set gps( bool has gps) { gps = has_gps; } }; A programmer decides to add a method add_memory() whose job it will be to increase the private int mem_capacity by an amount specified by the client as long as the new, increased memory capacity after increasing it is still <=MAX_CAP. Otherwise, it will not touch mem_capacity. Check the true statements (there may be more than one correct answer, or may be only one): If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(my_cell(30) ); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my cell, by using the syntax: my_cell.add_memory(30); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(30); Here is an prototype for a working class OldCellPhone that has no errors: class Old_cell_phone ( public: const int MIN_CAP = 10; const int MAX_CAP = 1000; private: string description; int mem_capacity; bool with_camera; bool with gps; public: Old_cell_phone (int mem, bool cam, bool gps); bool set_mem_capacity (int mem); void set_camera( bool has_cam) { camera = has_cam; } void set gps( bool has gps) { gps = has_gps; } }; A programmer decides to add a method add_memory() whose job it will be to increase the private int mem_capacity by an amount specified by the client as long as the new, increased memory capacity after increasing it is still <= MAX_CAP. Otherwise, it will not touch mem_capacity. Check the true statements (there may be more than one correct answer, or may be only one): If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(my_cell(30) ); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: my_cell.add_memory(30); If correctly defined, a client could add 30 units of memory to the Old_cell_phone object, my_cell, by using the syntax: Old_cell_phone:: add_memory(30);

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The image displays a C class definition for an Oldcellphone class with some member variables and mem... View the full answer