| Arithmetic Shift |
A type of bitwise operation that shifts the bits of a binary number, taking account of the sign of the number. |
| Binary Arithmetic |
Performing mathematical operations using binary numbers. |
| Binary Shift |
An operation that moves the bits of a binary number to the left or right. |
| Binary Shifts |
A bitwise operation used to shift all the binary digits of a number to left or right by a certain number of positions. |
| Binary Underflow |
The condition where a mathematical operation results in a number that is too small to be represented in binary form. |
| Carry Bit |
A bit that is generated when performing an arithmetic operation on two binary numbers. |
| Floating Point |
A way to represent real numbers in a computer. |
| Logical Shift |
A type of bitwise operation that shifts the bits of a binary number, without taking account of the sign of the number. |
| Machine Precision |
The level of accuracy a computer can represent real numbers. |
| Overflow |
Where the result of an operation exceeds the maximum or minimum value that can be stored. |
| Shift Amount |
The number of positions by which the binary digits of a number are shifted during a bitwise operation. |
| Shift Left |
A bitwise operation used to shift all the binary digits of a number to left. |
| Shift Right |
A bitwise operation used to shift all the binary digits of a number to righ. |
