operand

This is possible because the operands themselves carry enough information.

It shifts each bit in its left operand to the right.

The other operand, either the third or the second, is not evaluated.

Sign of the operand depends upon its most significant bit.

The first operand is written to one of four 16-bit registers.

Such a value is known as an immediate operand or literal.

The left operand must be A as with other binary operators.

This is the true result, the exact sum of the operands.

The operand of R: is a comment, and therefore has no effect.

Operands must fall in the range 0 to 99.

For example, a function may take a single operand, transform it into a new data type, and return the result.

The left operand of the each operator is the index function.

Addition is a binary operation, which means it has left and right operands.

Each operand is a string of one or more consecutive characters.

Similarly, the operand must also be separated from the instruction by a space.

The third part, if present, specifies an immediate operand in a second word.

"1111" meant this was an instruction without operands, known as a command.

"0000" meant both operands were addressed by their direct 16-bit address.

The last two used together allow tests to be performed without affecting the operands.

Note that in the above discussion we have carefully distinguished the first from the second operand.

Other fields may give the type of the operands, the addressing mode, and so on.

The only really interesting case is when both operands are plus or minus zero.

In C++, the arguments being passed are the operands, and the object is the returned value.

These spaces allowed for operands to be located next to the instructions which use them.

Completing the borrow generates the same value as operand 1.