Right shifts can be used to quickly divide an integer by 2 or a power of , without having to actually perform a division operation.

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.

Binary underflow can lead to inaccuracies in calculations due to the limited precision of floating-point .

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

In arithmetic left shift, the bits that are shifted out are lost and the spaces at the right end are filled with .

When performing a logical shift to the left, the most significant bit is moved out and the least significant bit is filled with a .

Logical shifts are often used in computer programming to manipulate numbers.