When both Operands are equal.
Ternary operators act on three Operands.
On numeric Operands it can perform arithmetical operations.
Unary operator performs operation on only one operand.
Unary operators act on only one operand.
Each operator and operand must be a separate argument.
One for the instruction, one for the operand data fetch.
There are also some operators that require only one operand.
It returns its first operand if it exists and is not NULL;
If either operand is unsigned long,
the other is converted to unsigned long.
Less than 0 when the left-hand operand is less than the right-hand operand.
If either operand is of type float,
the other operand is converted to type float.
If both the bits of the Operands is 1, then the resultant bit is 1.
Operators that take two Operands, such as arithmetic operators are referred to as binary operators.
Returns a binary number in which all
bits are set that are set in both Operands.
If one operand is of type double,
then the other value is also converted to double.
A and B are the Operands, and Cin is a bit carried
in(in theory from a past addition).
A and B are the Operands, and Cin is a bit carried
in from the previous less-significant stage.
If one of the Operands is an unsigned long int,
the other is converted to unsigned long int.
A and B are the Operands, and Cin is a bit carried
in from the next less significant stage.
Data models also support the unary operator,-(negative), but this
operator does not change the data type of the operand.
Note: Data models also supports the unary operator,-(negative), but this
operator does not change the data type of the operand.
While evaluating the boolean datatype, both the operators result“true” only if both the operand are true, else it returns“false”.
The left-hand operand of a binary operator appears to be fully
evaluated before any part of the right-hand operand is evaluated.
The left-hand operand of a binary operator appears to be fully evaluated before any part of the right-hand operand is evaluated.
Given 3 + 4, operator+ takes the left operand(3) and the right operand(4)
and applies mathematical addition to produce new output value 7.
In the expression 3 + 4,
the + operator is working with a left operand(3) and a right operand(4) to produce a new value(7).”.
Relying on the instruction being executed, the Operands might come from inner CPU registers or external reminiscence,
or they could be constants generated by the ALU itself.
Depending on the instruction being executed, the Operands may come from internal CPU registers or external memory,
or they may be constants generated by the ALU itself.
The inputs to the ALU are the
data words to be operated on(called Operands), status information from previous operations,
and a code from the control unit indicating which operation to perform.