Before start deep discussion on the

**. First of all, I would like to do the discussion on three terms which are**

*operator***, operand, and operation. OK, anyone tells me what is it? No, OK fine, I will explain to you. Start with the term operation, the operation is nothing it is just a process. Understand the meaning of this line, no, it's OK, No issue. Try to understand operation with the lock and a key example I want to open the lock using a key, in this line what is the process is going to happen that is opening a lock right. The task or action which you performed is called operation. Now, anybody can tell me what is operand from the lock and key example, of course, lock and key are operands, quantity or thing on which operation is going to be performed is called operand. Now, come to our main term i.e. the**

*operator***when a person derives or operate a machine or equipment or device is called**

*operator***, simple is that in mathematics '+' is the operator which perform the addition operation on the operand.**

*operator***in the C programming language is a symbol which tells the compiler which operation is going to be performed or which operation is to be performed on the operand.**

*Operator*### Recommended Posts

What is Array in C?

**For example**

g=10, f=29

output= g+f;

In the above example, g and f are operands, '+' is

**and addition is an operation.**

*operator*Operators in C |

###
__TYPES OF OPERATOR IN C__

__TYPES OF OPERATOR IN C__

####
__Arithmetic operator__

__Arithmetic operator__The arithmetic

**performs the mathematical operations like addition, subtraction, multiplication, division and modulus operation.**

*operator*Symbols of Arithmetic Operator |

*C Program to Demonstrate the Working of Operator*

C Program to Demonstrate the Working of Arithmetic Operator |

When you compile and run above program in Turbo C or in Code Block You will get the following result:

**Enter the value of a and b**12 3

**a+b=15**

**a-b=9**

**a*b=36**

**a/b=4**

**a%b=0**

The calculation of addition, subtraction, multiplication, division and modulus is similar to the mathematical calculation. Modulus operator is used to getting the remainder because the value of variable a and b is integer type and is completely divisible so we get remainder 0. Let's find out what happened:

1. When both values i.e. 'a' and 'b' are float data type

2. When 'a' is float data type and 'b' is an int data type.

**1. When both values i.e. 'a' and 'b' are float data type**

Operation of Modulus when both types of data are float operator |

__Output__
error: invalid operands to binary % (have 'float' and 'float')

An error occurs after compilation of the above program because modulus

An error occurs after compilation of the above program because modulus

#include <stdio.h>

int main ( )

{

float a; int b;

printf ("Enter value of a and b");

scanf ("%d%d", &a,&b);

printf ("a/b=%f", a/b);

printf ("a/b=%0.2f", a/b);

printf ("a/b=%0.4f", a/b);

return 0;

}

a/b=5.500000

a/b=5.50

a/b=5.5000

####

The unary

int x= 10;

####

####

>= greater than equal to operator checks the value of the first operand is greater than or equal to the second operand if yes then it returns 1 else it returns zero.

####

Logical operators are used to performing a logical operation like AND, OR and NOT operation. The operation of these operators are similar to the operation of AND, OR and NOT gate in digital electronics. A logical operator is used to checking two or more conditions. Logical operators are described below:

(w > 21) || (w == 20)

####

Condition-1 ? statement-2 : statement-3

The above statement says that when condition-1 is true then the statement-2 is operated else statement-3 is operated.

In the above program, when condition (a > =b) is evaluated to true then the output is k=c else k= d.

The final result of k = 20

####

**is not applicable when both the operands are of the float data type.***operator***2. When 'a' is float data type and 'b' is an int data type.**

Modulus when one type of data is a float and other is intoperator |

__Output__**error: invalid operands to binary % (have 'float' and 'int')**

An error occurs after compilation of the above program because modulus

**is only worked on an integer data type values.***operator*- If you want to print two digits after decimal point then instead of writing %f you will write %0.2f and now only two most significant bits are printed after a decimal point or if you want to print four digits after decimal point then you can write %0.4f.

**For example**#include <stdio.h>

int main ( )

{

float a; int b;

printf ("Enter value of a and b");

scanf ("%d%d", &a,&b);

printf ("a/b=%f", a/b);

printf ("a/b=%0.2f", a/b);

printf ("a/b=%0.4f", a/b);

return 0;

}

__Output__**Enter the value of a and b 11 2**

a/b=5.500000

a/b=5.50

a/b=5.5000

####
*2. *__Unary Operator__

*2.*

__Unary Operator__The unary

**operates on a single operand that means it only needs one variable to perform an operation.***operator*: Symbol of unary minus is denoted as (-). Unary minus is different from a subtraction operator because subtraction operator needs two operands to operate but unary minus needs only one operand to operate. Unary minus is used to make positive value negative or vice versa.*Unary minus*

**For example**

int g = 67;

int f = - g; // f = - 67

OR

int g= -67

int f = -g; // f=67

*Increment operator:*Incrementis used to incrementing the value of operand by one. Increment operator is denoted by the symbol (++).*operator*

**Post-increment:**This increment first used the value then increases the value of an operand.

**For example**

int x= 10;

printf ("x++=%d\n\n",x++);

First of all value of x is printed i.e. x=10 then the value of x is incremented by one i.e x++=11.

printf ("value of x after post-increment of x=%d\n\n", x); // Output: x=11

**Pre-increment:**In pre-increment, the first value of the operand is incremented by one then it is used further.

**For example:**

int z = 34;

printf ("++z=%d\n", ++z);

Firstly, the value of z is incremented by one i.e. ++z=35 then the value of z is printed.

**Decrement operator:**Decrementis used to decrementing the value of operand by one. Decrement operator is denoted by the symbol (--).*operator*

**Post-decrement:**This decrement first used the value then decreases the value of an operand by one.

**For example**

int w = 45;

printf ("w=%d\n", w--);

Firstly, the value of w is printed i.e w= 45 then it is decreased by one i.e. w = 44.

**Pre-decrement:**In pre-decrement, the first value of the operand is decremented by one then it is used further.

**For example**

int w = 45;

printf ("w=%d\n", --w);

First of all, the value of w is decremented by one i.e. w=44 then it is printed.

Logical Not*Logical Not operator:*is denoted as (!) and it reverses the logical state of the operand.*operator*

**For example**

if the value of k is true, then !k is false

if the value of k is false, then !k is true

*sizeof ( ) operator:*sizeofis used to calculating the size of the operand.*operator*

**For example**

int a;

sizeof (a);

After the run of "sizeof" instruction compiler tells the size of integer 'a' i.e 4 bytes. Similarly, if you want to find out the size of float, double, char etc. you can write "sizeof" command before operand.

####
*3. *__Assignment Operator__

*3.*

__Assignment Operator__

The assignment

**is used to assign a value to an operand. Associativity of the assignment operator is from right to left i.e. value give on the right-hand side of an operator is assigned to the variable on the left.***operator***Variable = Value;**

The assignment operator is combined with other operators to make a shorter version like

a = a+15 can be written as a +=15. This operator first adds the 15 to the value of 'a' and then transfer to operand 'a'.

Similarly, a = a-15 can be written as a-=15.

a = a/15, a = a*15 and a = a%15 can be written as a/=15, a*=15 and a%=15.

####
**4. **__Relational Operator__

__Relational Operator__

Relational operator is used to checks the relation between two variable like a comparison, greater than, less than etc. If that relation or expression is true then it gives/returns true value i.e. 1 otherwise zero/ false value.

== equal to operator checks the value of two variables if the value of operands is equal then it returns true value i.e. one otherwise false i.e. zero.

!= not equal to operator is used to checks the value of the given operand is equal or not, if it is equal it returns false value else true value i.e. 1.

> greater than operator checks the value of the first operand is greater than the second operand if it is true then it return 1 else it returns 0.

< less than operator checks the value of the first operand is less than the second operand if yes then it returns 1 else it returns zero.

<= less than equal to operator checks the value of the first operand is less than or equal to the second operand if yes then it returns 1 otherwise it returns zero.

- C program to demonstrate the working of the relational operators.

Example of working of Relational Operator |

__Output__An output of the above program |

####
*5. *__Logical Operator__

*5.*

__Logical Operator__Logical operators are used to performing a logical operation like AND, OR and NOT operation. The operation of these operators are similar to the operation of AND, OR and NOT gate in digital electronics. A logical operator is used to checking two or more conditions. Logical operators are described below:

**Logical AND**When both conditions are true (any non-zero value is considered as true value) then the output is true if any single condition is false then the output is false. Logical AND*operator*:is denoted by the symbol*operator***(&&)**.

Table of Logical AND operator |

**For example**

int b = 19;

(b > 20) && (b++)

First of all, the compiler checks the value of 'b' which is greater than 20 or not? If it's not, then compiler not move to check next condition and gives false output. If the value of 'b' is greater than 20 then the compiler will check the condition i.e. increase the value of 'b' by one. Because 'b > 20' and ' b++' is true then output will be true.

First of all, the compiler checks the value of 'b' which is greater than 20 or not? If it's not, then compiler not move to check next condition and gives false output. If the value of 'b' is greater than 20 then the compiler will check the condition i.e. increase the value of 'b' by one. Because 'b > 20' and ' b++' is true then output will be true.

**Logical OR**Any single condition is true (any non-zero value) then the output will be true. Logical OR*operator*:*operator*is denoted as**(||)**.

Table of Logical OR operator |

**For example**

**int w = 20;**

(w > 21) || (w == 20)

**In the above expression, first checks the condition (w > 21) or not, the value of the operand w is 20 and the condition w > 21 becomes false because 20 is not greater than 21. Now the compiler checks the next condition mention in the expression i.e. w==20 and this condition is true. So, the output of the expression is true.**

**Logical NOT**This*operator*:is a unary operator which reverses the value i.e. if the value is true then this operator make the value false or vice-versa. A symbol used for NOT**operator**is*operator***(!)**.

Table of Logical NOT operator |

####
**6. **__Ternary Operator__

__Ternary Operator__**Ternary means three objects whenever any**

**operates on three operands are known as Ternary***operator***The ternary***operator.***is a shorter version of the if-else statement. It is also known as a conditional***operator***.***operator*

**Syntax**Condition-1 ? statement-2 : statement-3

The above statement says that when condition-1 is true then the statement-2 is operated else statement-3 is operated.

Ternary operator |

In the above program, when condition (a > =b) is evaluated to true then the output is k=c else k= d.

__Output__The final result of k = 20

####
*7. *__Bitwise operator__

*7.*

__Bitwise operator__**These operators are used to perform manipulation of single bits of a number. This can be used with any of the integer types. Bitwise operators are shown below**

Description of Bitwise Operator |

**A program which shows the working of all Bitwise***Operator*

Bitwise Operator |

__Output__An output of the Bitwise Operator |

**Left Shift**This*Operator*(<<):shifts the bits of a number to the left and put zero to the right side.*operator*

**For example**

**0000 1111 << 2**will shift the two bits of a number to the left then the output will be

**0011 1100.**

Try to understand it using one more example

**1111 0011<< 2**and the output is**1100 1100.**

**Right Shift**This*Operator*(>>):shifts the bits of a number to the right and put zero to left as a result.*operator*

**For example**

**0000 1111 >>2**will shift the two bits of a number to the right then the output will be**0011 1100.**
The above detailed information is very informative. Every points that you posted is very useful to me.

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