1011011000

1011011000 is a ten-digit binary numeral. As a standalone binary string, it can be analyzed in several common ways used in computing and digital systems.

In unsigned binary form, 1011011000 equals decimal 728, and in hexadecimal it corresponds to 0x2D8. The value fits within a 10-bit field, making it a possible representation for small integers in compact binary formats or in bit streams where fixed-width fields are used.

If interpreted as a signed value in two’s complement with ten bits, 1011011000 represents -296. This comes from inverting the bits to 0100100111, adding one to obtain 0100101000 (which is decimal 296), and then applying the sign, yielding -296. Other signed representations, such as sign-magnitude or one's complement, are not typically used for modern binary arithmetic in the same way.

The bit pattern has a Hamming weight of five, meaning exactly five of the ten bits are set to 1. It begins with a 1, indicating a negative value in the ten-bit two’s-complement interpretation, and it does not align to a standard ASCII or UTF-8 character boundary, since it is not a full byte long. In practice, such ten-bit sequences are more often encountered as components of larger bit streams, data encoding schemes, or hardware descriptions rather than as isolated printable symbols.

See also: binary numeral system; two’s complement; hexadecimal notation; bitmask; digital encoding.