0b10001010010

0b10001010010 is a binary literal, a notation used in many programming languages to specify a base-2 number. The digits after the 0b prefix form an 11-bit binary sequence: 10001010010.

As an unsigned integer, this value equals 1106 in decimal. It can be expressed in hexadecimal as 0x452. The set bits occur at positions 10, 6, 4, and 1 when counting from the least significant bit as position 0, illustrating how the value is composed from powers of two (2^10 + 2^6 + 2^4 + 2^1).

In typical computing practice, the literal represents a bit pattern rather than a fixed-width number on its own. When stored in common widths such as 8, 16, or 32 bits, the value would be padded with leading zeros to fit the width (for example, 00010001010010 in 14 or 16 bits). If interpreted in a signed two’s complement context with standard widths, the value remains positive, equal to 1106.

Usage context for 0b10001010010 often involves defining constants, masks, or flags in low-level programming. The 0b prefix is used in languages such as Python, Rust, and newer C++ standards to denote binary literals directly, avoiding manual calculations or bit-shifting when specifying binary patterns.

Overall, 0b10001010010 is a concise representation of the decimal value 1106, also expressible as 0x452 in hexadecimal, and it serves as a concrete example of binary notation in programming.