10010010110100

10010010110100 is a 14‑bit binary numeral. Written in standard binary notation it consists of the bits 1,0,0,1,0,0,1,0,1,1,0,1,0,0. As a binary number it equals 9,396 in decimal notation, because each bit represents a power of two, and the value is calculated as 1×2^13 + 0×2^12 + 0×2^11 + 1×2^10 + 0×2^9 + 0×2^8 + 1×2^7 + 0×2^6 + 1×2^5 + 1×2^4 + 0×2^3 + 1×2^2 + 0×2^1 + 0×2^0. When expressed in hexadecimal, the number is 0x24B4, the binary string grouped into four‑bit halves yielding 0010, 0100, 1011, 0100.

The value 9,396 may appear in computing contexts that use binary identifiers, such as configuration tables, error codes, or memory addresses. For example, a 16‑bit lookup table might store this value as a lookup key for a specific operation in low‑level firmware. The 14‑bit length is also compatible with the size of certain network protocol fields or embedded system registers that allocate 14 bits for a parameter. However, no widely recognized standard or protocol assigns this particular binary sequence a fixed meaning; it is generally treated as a generic integer value.

When citing or interpreting 10010010110100 in documentation, it is common to present all three representations—binary, decimal, and hexadecimal—to aid comprehension across audiences familiar with different numerical bases.