1011001010010

1011001010010 is a binary string consisting of 13 bits. In the binary numeral system, it encodes a specific pattern of on and off states that may be used to represent numerical values or data fields in digital systems.

As an unsigned integer, the sequence corresponds to the decimal value 5714, with the hexadecimal representation 0x1652. The 13-bit length means it does not align to a standard 8-bit (byte) boundary, which is common in many data formats and memory layouts.

If interpreted as a 13-bit two's complement signed integer, the most significant bit is 1, indicating a negative value. In that interpretation, the value equals 5714 minus 8192, which is -2478.

The bit pattern contains six ones and seven zeros, reflecting a moderate density of set bits across the 13 positions. Its non-byte-aligned length makes it a useful example in discussions of bitwise operations, masking, and shifting within non-standard field widths.

In practical terms, such a sequence can appear in compact data encodings, as part of a larger bitfield in networking protocols or hardware designs, or in educational contexts to illustrate how binary data can be interpreted in multiple ways. While 1011001010010 is not tied to a widely used standard on its own, it demonstrates how a fixed-length binary pattern maps to numeric values, both signed and unsigned, and how representation choices affect interpretation.