1010100110000

1010100110000 is a binary numeral composed of 13 bits. When interpreted as an unsigned binary number, it equals 5424 in decimal and 0x1530 in hexadecimal. This makes it a straightforward example of a fixed-bit binary value used for illustrating binary-to-decimal conversions and base-16 representations.

The binary pattern ends with four zeros, indicating divisibility by 16. In fact, 5424 factors to 2^4 × 3 × 113, so the number is a multiple of 16 but not a power of two beyond that factorization. The bit sequence can be viewed as the initial segment 1010100 followed by 110000, highlighting how binary patterns sometimes contain alternating and consecutive runs.

If the same 13-bit sequence is interpreted as a signed integer in two’s complement form, the most significant bit denotes a negative value, yielding -2768. This demonstrates how the same bit pattern can have different meanings depending on bit width and interpretation used in a computer system.

In practical terms, 1010100110000 is a typical example used in discussions of binary arithmetic, data representation, and base conversions. It does not correspond to a widely recognized standard encoding or widely known identifier, but it serves to illustrate how bit patterns map to numeric values across different numeral systems.