0b1101101000000

0b1101101000000 is a binary integer literal written with the 0b prefix, a convention used in many programming languages to denote base-2 notation. In binary form it represents the 13-bit value 1101101000000.

The decimal value of this binary literal is 6976, and its hexadecimal representation is 0x1B40. It can also be viewed as 109 shifted left by 6 bits, that is 109 × 2^6, since the last six bits are zeros. This makes the number a multiple of 64 and indicates alignment to 64-bit or 64-unit boundaries in certain low-level contexts.

Trailing zeros in a binary literal have practical implications. Because the lower six bits are zero, the value is divisible by 2^6. In computing, such a property is often relevant to memory alignment, block addressing, or bitwise operations where lower-bit positions are intentionally cleared.

In languages that support it, the 0b prefix is used to express binary literals directly, for example in Python 3, JavaScript (ECMAScript 6 and later), and modern C++ standards (C++14 and newer). The exact type and width of the literal can depend on the language and the surrounding code, but the value is typically treated as an unsigned integer unless explicitly cast or stored in a signed type.

Overall, 0b1101101000000 is a concise binary representation of the decimal value 6976 (0x1B40), notable for its six trailing zero bits and its role as an example of a binary literal in contemporary programming.