Q:
C++ Class and Objects | Find output programs | Set 1
belongs to collection: C++ find output programs
C++ find output programs
- C++ Operators | Find output programs | Set 1
- C++ Operators | Find output programs | Set 2
- C++ const Keyword | Find output programs | Set 1
- C++ const Keyword | Find output programs | Set 2
- C++ Manipulators | Find output programs | Set 1
- C++ Manipulators | Find output programs | Set 2
- C++ Reference Variable | Find output programs | Set 1
- C++ Reference Variable | Find output programs | Set 2
- C++ Conditional Statements | Find output programs | Set 1
- C++ Conditional Statements | Find output programs | Set 2
- C++ Switch Statements | Find output programs | Set 1
- C++ Switch Statements | Find output programs | Set 2
- C++ goto Statement | Find output programs | Set 1
- C++ goto Statement | Find output programs | Set 2
- C++ goto Statement | Find output programs | Set 2
- C++ Looping | Find output programs | Set 1
- C++ Looping | Find output programs | Set 2
- C++ Looping | Find output programs | Set 3
- C++ Looping | Find output programs | Set 4
- C++ Looping | Find output programs | Set 5
- C++ Default Argument | Find output programs | Set 1
- C++ Default Argument | Find output programs | Set 2
- C++ Arrays | Find output programs | Set 1
- C++ Arrays | Find output programs | Set 2
- C++ Arrays | Find output programs | Set 3
- C++ Arrays | Find output programs | Set 4
- C++ Arrays | Find output programs | Set 5
- C++ Strings | Find output programs | Set 1
- C++ Strings | Find output programs | Set 2
- C++ Strings | Find output programs | Set 3
- C++ Strings | Find output programs | Set 4
- C++ Strings | Find output programs | Set 5
- C++ Class and Objects | Find output programs | Set 1
- C++ Class and Objects | Find output programs | Set 2
- C++ Class and Objects | Find output programs | Set 3
- C++ Class and Objects | Find output programs | Set 4
- C++ Class and Objects | Find output programs | Set 5
- C++ Constructor and Destructor | Find output programs | Set 1
- C++ Constructor and Destructor | Find output programs | Set 2
- C++ Constructor and Destructor | Find output programs | Set 3
- C++ Constructor and Destructor | Find output programs | Set 4
- C++ Constructor and Destructor | Find output programs | Set 5
- C++ this Pointer | Find output programs | Set 1
- C++ this Pointer | Find output programs | Set 2
- C++ this Pointer | Find output programs | Set 3
- C++ Structures | Find output programs | Set 1
- C++ Structures | Find output programs | Set 2
- C++ Structures | Find output programs | Set 3
- C++ Structures | Find output programs | Set 4
- C++ Structures | Find output programs | Set 5
- C++ Friend Function | Find output programs | Set 1
- C++ Friend Function | Find output programs | Set 2
- C++ Function Overloading | Find output programs | Set 1
- C++ Function Overloading | Find output programs | Set 2
- C++ Function Overloading | Find output programs | Set 2
- C++ Function Overloading | Find output programs | Set 3
- C++ Static Variables and Functions | Find output programs | Set 1
- C++ Static Variables and Functions | Find output programs | Set 2
- C++ Static Variables and Functions | Find output programs | Set 3
- C++ Static Variables and Functions | Find output programs | Set 4
- C++ Static Variables and Functions | Find output programs | Set 5
- C++ Operator Overloading | Find output programs | Set 1
- C++ Operator Overloading | Find output programs | Set 2
- C++ Operator Overloading | Find output programs | Set 3
- C++ Operator Overloading | Find output programs | Set 4
- C++ Operator Overloading | Find output programs | Set 5
- C++ Enumeration | Find output programs
- C++ Inheritance | Find output programs | Set 1
- C++ Inheritance | Find output programs | Set 2
- C++ Inheritance | Find output programs | Set 3
- C++ Inheritance | Find output programs | Set 4
- C++ Inheritance | Find output programs | Set 5
- C++ Exceptional Handling | Find output programs | Set 1
- C++ Exceptional Handling | Find output programs | Set 2
- C++ Exceptional Handling | Find output programs | Set 3
- C++ Virtual Functions | Find output programs | Set 1
- C++ Virtual Functions | Find output programs | Set 2
- C++ Virtual Functions | Find output programs | Set 3
- C++ Templates | Find output programs | Set 1
- C++ Templates | Find output programs | Set 2
- C++ Preprocessor | Find output programs | Set 1
- C++ Preprocessor | Find output programs | Set 2
- C++ Preprocessor | Find output programs | Set 3
- C++ Signal Handling | Find output programs | Set 1
- C++ Namespace | Find output programs | Set 1
- C++ Namespace | Find output programs | Set 2
- C++ Dynamic Memory Allocation | Find output programs | Set 1
- C++ Dynamic Memory Allocation | Find output programs | Set 2
- C++ Dynamic Memory Allocation | Find output programs | Set 3
Answer Program 1:
Output:
Explanation:
The above code will generate errors because in the above program we did not use private and public modifiers properly.
In C++, we need to use the colon ":" operator to specify modifiers block. Here we did not use modifiers for each member individually, here we create blocks like,
Here A and B are private members and fun() is public in ABC class.
Answer Program 2:
Output:
Explanation:
In the above program, we created a class Sample. Here we created two private members A and B. After that we used modifiers multiple times, In C++, last used modifiers decide the visibility of members so init() and print() function will be public type.
Now, come to main() function, here we created of the object of Sample class and call init() and print() function then the "10 20" will be printed on the console screen.
Answer Program 3:
Output:
Explanation:
In the above program, we created a Sample class that contains two data member A and B, they initialized with 10 and 20 respectively. Here we initial member at the time of declaration. It is also possible in C++.
Here we did not mention any access modifier. In C++, if we did not any specify any modifier then by default it will be considered as a private type.
In the main() function, we create object S of Sample class and then call print() member function of Sample class, which will print "10 20" on the console screen.
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