In C programming, an operator is a symbol that represents a specific action to be performed on one or more operands. In the C programming language, there are well-defined operator precedence rules to determine the order of evaluation of expressions.

## C Operator Precedence

In an expression with multiple operators, each operator’s precedence determines which operation is executed first. Letâ€™s see an example to understand c operator precedence.

### Example of C Operator Precedence:

Expression: **5 + 6 * ( 3 – 1 )**

First, we will evaluate the bracket as it has the highest precedence among all. After evaluating the bracket expression will become:

**5 + 6 * 2**

Now, we will evaluate multiplication as it has the second highest precedence among all. After evaluating multiplication expression will become:

**5 + 12**

In the end, only one evaluation addition is left. After evaluating the addition final result will become:

**17**

Now the question arises, what to do when two or more operators have the same precedence order? Here comes one more rule, which is the operator associativity.

### Operator Associativity:

When two operators with the same precedence appear in an expression, operators associativity is used. Either Left to Right or Right to Left associativity is possible. Letâ€™s understand Operator Associativity in C language with the help of an example.

**Example of operator associativity:**

Expression: **8 / 2 * 4**

In the above expression, we can see that division (/) and multiplication (*) have the same c operator precedence. However, their associativity is from Left to Right so we will evaluate expression from left to right.

First, we will evaluate the division operator. After evaluating the division expression will become:

**4 * 4**

Now, we will evaluate the multiplication operator. After evaluating multiplication the result will become

**16**

## C Operator Precedence Table:

Letâ€™s see the C operator precedence table to understand the precedence order along with the associativity. The precedence order in the table is given from top to bottom, which means the top operator has the highest precedence while the bottom operator has the least precedence.

C operator precedence will help to under how particular expression is evalued based on precedence order and asscietivity rules.

**Conclusion**

In conclusion, this article will help you to understand C operator precedence along with the associativity rules. In addition, you will also learn the C Operator Precedence table, which will help you to find the precedence order of a particular operator.

## FAQs

**1. How is operator precedence determined in C?**

The precedence of operators in C is determined by the language specification, which defines the order in which operators are evaluated. In general, operators with higher precedence are evaluated before operators with lower precedence.

**2. How do parentheses affect operator precedence in C?**

Parentheses can be used to override the default operator precedence in an expression. Operators within parentheses are evaluated first, regardless of their precedence relative to other operators in the expression.

**3. Can operator precedence be changed in C?**

Operator precedence cannot be changed in C, as it is determined by the language specification. However, parentheses can be used to change the order of evaluation in an expression, allowing the programmer to control the order in which operations are performed.

**4. How does operator precedence affect the evaluation of complex expressions in C?**

Operator precedence can have a significant impact on the evaluation of complex expressions in C. It is important for programmers to understand the order in which operators are evaluated, and to use parentheses when necessary to ensure that expressions are evaluated correctly. Improper use of operator precedence can lead to errors and unexpected behavior in C programs.

**5. How does operator precedence affect the evaluation of complex expressions in C?**

Operator precedence can have a significant impact on the evaluation of complex expressions in C. It is important for programmers to understand the order in which operators are evaluated, and to use parentheses when necessary to ensure that expressions are evaluated correctly. Improper use of operator precedence can lead to errors and unexpected behavior in C programs.