In signed representations, overflow can cause a positive number to become and vice versa.

When an overflow occurs, the result may wrap around or be , leading to incorrect calculations.

Some systems or languages treat underflow as an , causing exceptions or warnings.

The phenomenon of binary overflow is usually addressed by increasing the width of the numbers involved.

When binary overflow happens, the most significant bit is often lost, leading to an incorrect .

When underflow occurs, is lost, leading to inaccuracies in calculations.

If the result of an operation is smaller than the smallest representable value, it is rounded to .

A common example of binary overflow is when adding two large together, resulting in a value that cannot be stored in the designated bits.