Question

By default, are all the member functions of a class global?
a. True
b. False

Answer 1

The given statement "By default, are all the member functions of a class global?" is False because by default, member functions of a class are not global; they are associated with the class and operate within its scope. Thus, the correct answer is option b. False.

Step-by-step explanation:

In object-oriented programming, the member functions of a class are not inherently global. By default, they are associated with the class and its instances. Each instance of a class has its own set of member functions, which are separate from those of other instances. This encapsulation is a fundamental concept in OOP, allowing for better organization and control of code.

Member functions operate within the scope of the class, and their access can be controlled through access specifiers like public, private, or protected. Public member functions are accessible from outside the class, while private ones are restricted to the class itself. This encapsulation ensures that the internal workings of a class are hidden from external code, promoting modularity and reducing potential conflicts.

In contrast, global functions are not associated with any class and can be accessed from anywhere in the codebase. The distinction between member functions and global functions is crucial for building modular and maintainable software.

Thus, the correct answer is option b. False.

Answer 2

The statement that all the member functions of a class are global by default is b. false. Member functions are associated with class objects and are not global.

Step-by-step explanation:

By default, member functions of a class are not global; they are specific to the class itself. The correct answer is b. False.

Member functions are functions that are declared within a class definition and are associated with the objects of that class. They can access the data members of the class and are called using an instance of the class. Global functions, however, are not tied to any particular class and can be called without an instance of a class. This distinction is an important concept in object-oriented programming, particularly in encapsulation and data hiding principles.