1001011011011

1001011011011 is a binary numeral string consisting of thirteen bits. In binary notation, each position corresponds to a power of two, with the leftmost bit representing 2^12 and the rightmost representing 2^0. Such strings are common in digital electronics and computing as compact representations of unsigned integers or as bit patterns within larger data structures.

Numeric value: Interpreted as an unsigned binary integer, 1001011011011 equals 4827 in decimal. If padded with three leading zeros to form a 16-bit word, the same pattern becomes 0001001011011011, which corresponds to the hexadecimal value 12DB.

Structure and representation: Grouping the bits from the left can aid readability: 1 0010 1101 1011 or, with padding to 16 bits, 0001 0010 1101 1011. The latter is often used to express the value in hex as 0x12DB. The decimal equivalence and hex form are consistent.

Context and usage: As a standalone binary sequence, 1001011011011 does not carry a standard meaning. It can represent the number 4827, or serve as a bit mask or data field within a protocol, a memory word, or a binary encoding depending on the system. Its interpretation depends on context, such as endianness, field width, and encoding scheme.

See also: Binary numeral system, Hexadecimal numeral system, Bitwise operations, Data encoding.

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