# Is the Bitwise exclusive OR operator?

## Is the Bitwise exclusive OR operator?

The bitwise exclusive OR operator (in EBCDIC, the ‸ symbol is represented by the ¬ symbol) compares each bit of its first operand to the corresponding bit of the second operand….Bitwise exclusive OR operator ‸

bit pattern of a 0000000001011100
bit pattern of b 0000000000101110
bit pattern of a ‸ b 0000000001110010

What is the function of Bitwise exclusive OR?

The bitwise exclusive OR operator ( ^ ) compares each bit of its first operand to the corresponding bit of its second operand. If the bit in one of the operands is 0 and the bit in the other operand is 1, the corresponding result bit is set to 1. Otherwise, the corresponding result bit is set to 0.

### What is the difference between Bitwise OR and Bitwise exclusive OR?

The OR operations | can be read as if the bit in A OR B is set then return as set , which is 1 . XOR operation works a bit like OR but it has another special ability that is when two bits are the same it returns you 0 instead. From memory, you generally only use the AND & operator to check whether a bit is set or not.

What are the bitwise operators in C?

Bitwise operators are special operator set provided by ‘C.’

• They are used in bit level programming.
• These operators are used to manipulate bits of an integer expression.
• shift and complement are three types of bitwise operators.
• Bitwise complement operator is used to reverse the bits of an expression.
• ## What is a null-coalescing operator?

The null coalescing operator (called the Logical Defined-Or operator in Perl) is a binary operator that is part of the syntax for a basic conditional expression in several programming languages, including C#, PowerShell as of version 7.0.0, Perl as of version 5.10, Swift, and PHP 7.0.0.

What are bitwise operators?

Bitwise operators are characters that represent actions to be performed on single bits. A bitwise operation operates on two-bit patterns of equal lengths by positionally matching their individual bits: