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 an error, in the main() function we created the object class T. it will require a default or no-argument constructor which does not exist inside the class.
Answer Program 2:
Output:
Explanation:
Here, we created a class Test that contains a member VAL inside the class. And defined a parameterized constructor inside the class.
In the constructor, we passed an argument VAL, and VAL is also a data member of the class so that we used this pointer, which is used to access data members. Then we are accessing data member VAL using this pointer and local variable VAL can be used directly.
Then we are assigning value to the data member and print using cout.
Answer Program 3:
Output:
Explanation:
Here, we created a class called Test that contains a data member VAL, parameterized constructor, and member functions sum() and print().
sum() function is taking two objects of Test class as arguments and returning the current object using *this because this is a pointer to the current object and *this represents the current object.
In the main() function, we created three objects T1, T2, and T3 those are initialized with 10, 20, and 30 respectively.
We are calling the sum() function using T1 object and passing T1 and T2 as arguments, then the addition of the value of T1 and T2 assigned to T3, and T1 is also containing the sum of T1 and T2, because,
VAL = T1.VAL + T2.VAL;
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