During an arithmetic right shift, the sign bit is shifted to the right, but the other bits are filled with the original of the sign bit.

In a logical shift, the vacant positions are usually filled with .

When performing arithmetic operations in binary, it is important to consider the potential for overflow or .

In an arithmetic left shift, the value of the number is effectively multiplied by for each shift operation.

In a logical shift to the right, the most significant bit is filled with a copy of the original bit rather than a .

In computer science, binary overflow happens when the binary representation of a number exceeds the allotted number of for storage.

Arithmetic right shift is a division operation that effectively divides the number by for each shift.

An overflow error occurs when the result of a calculation is too large to be represented in the allocated .

Arithmetic right shift is performed on signed numbers where the leftmost bit represents the of the number.