In sign and magnitude representation, the bit indicates whether the number is positive or negative.

In sign and magnitude binary, the remaining bits after the first bit represent the .

The sign bit in sign and magnitude representation is usually the bit.

In sign and magnitude binary, the leftmost bit represents the .

The binary representation of -5 in with 8 bits is 11111011.

The 2s complement of 00001101 is .

The binary number 110011 when converted to 2s complement becomes .

In sign and magnitude binary, there are representations for zero.

In sign and magnitude representation, the most significant bit indicates the .

The of a sign and magnitude binary number represents the absolute value of the number.

To convert the binary number 101010 to its 2s complement form, you first invert the digits to get .

Using sign and binary the number 20 is represented as .

In sign and magnitude representation, the binary number 10011011 represents the decimal number .

In sign and magnitude binary, flipping the sign bit of a number will result in its .